Medalla Davy

Medalla Davy
Nombre original	Davy Medal
Premio a	Descubrimientos en el campo de la química.
Otorgado por	Royal Society
Ubicación	Reino Unido
Historia
Primera entrega	1877 - actualidad
	Sitio web oficial
	[editar datos en Wikidata]

La Medalla Davy (del inglés: Davy Medal) es una medalla de bronce que es otorgada desde 1877 por la Royal Society, de Londres. Los que la reciben son destacados «por un descubrimiento reciente sumamente importante en cualquier rama de la química». La medalla toma el nombre de Humphry Davy, químico británico del siglo XIX y está acompañada de un premio de 1000 £.

La medalla fue entregada por primera vez en 1877 a Robert Wilhelm Bunsen y Gustav Robert Kirchhoff «por sus investigaciones y descubrimentos en el análisis espectral» y desde entonces ha sido concedida 140 veces. La medalla se concede anualmente y, a diferencia de otras medallas de la Real Sociedad, como la Medalla Hughes, su concesión nunca se ha suspendido por ninguna causa. La medalla fue otorgada recientemente a Fraser Armstrong «por su pionera electroquímica de película de proteína que permite un exquisito control termodinámico y cinético de las enzimas redox, ejemplificado por las hidrogenasas, clave en la tecnología de energías».

Esta distinción en ocasiones se ha otorgado conjuntamente a varias personas el mismo año, como fue el caso de su primera concesión en 1877. Esta circunstancia también se produjo en 1882, cuando se le otorgó a Dmitri Mendeleev y Julius Lothar Meyer «por su descubrimiento de las relaciones periódicas de los pesos atómicos»; en 1883, cuando fue entregada a Marcellin Berthelot y Julius Thomsen «por sus investigaciones en la termo-química»; en 1893 cuando el galardón recayó en Jacobus Henricus van 't Hoff y Joseph Achille Le Bel «en reconocimiento de su introducción de la teoría del carbono asimétrico, y su uso en la explicación de la constitución de los ópticamente activos compuestos de carbono»; en 1903 cuando fueron premiados Pierre Curie y Marie Curie «por sus investigaciones sobre el radio»; y, finalmente, en 1968 cuando los premiados fueron John Cornforth y George Joseph Popjak «en reconocimiento a su destacada labor conjunta en la elucidación de la ruta biosintética a poliisoprenoides y esteroides».

Lista de galardonados con la Medalla Davy

Galardonados con la Medalla Davy
Año	Galardonado(s)	Nacionalidad	Razón de la concesión	Nobel (año)	Otros premios
1877	Bunsen, Robert WilhelmRobert Wilhelm Bunsen , Gustav Robert KirchhoffGustav Robert Kirchhoff	Alemania Alemania Alemania Alemania	«por sus investigaciones y descubrimientos en análisis espectral».		Medalla Copley (Bun., 1860) Medalla Rumford (Kir., 1862)
1878	Cailletet, Louis PaulLouis Paul Cailletet , Raoul PictetRaoul Pictet	Francia Suiza Suiza	«por sus investigaciones, dirigidas de forma independiente, pero contemporáneamente, en la condensación de los así llamados gases permanentes».
1879	Boisbaudran, Paul Emile Lecoq dePaul Emile Lecoq de Boisbaudran	Francia	«por su descubrimiento del galio».
1880	Friedel, CharlesCharles Friedel	Francia	«por sus indagaciones sobre los compuestos orgánicos de silicio, y otras investigaciones».
1881	Baeyer, Adolf vonAdolf von Baeyer	Alemania Alemania	«por su síntesis del índigo».	(Q, 1905)	Medalla Liebig (1903)
1882	Mendeleev, DmitriDmitri Mendeleev Lothar Meyer, JuliusJulius Lothar Meyer	Rusia Rusia Alemania Alemania	«por su descubrimiento de las relaciones periódicas de los pesos atómicos».		Medalla Copley (1905)
1883	Berthelot, MarcellinMarcellin Berthelot , Julius ThomsenJulius Thomsen	Francia Dinamarca Dinamarca	«por sus investigaciones en termoquímica».
1884	Kolbe, Adolph Wilhelm HermannAdolph Wilhelm Hermann Kolbe	Alemania Alemania	«por sus investigaciones en la isomería de alcoholes».
1885	Stas, Jean ServaisJean Servais Stas	Bélgica Bélgica	«por sus investigaciones sobre los pesos atómicos».
1886	Marignac, Jean Charles Galissard deJean Charles Galissard de Marignac	Suiza Suiza	«por sus investigaciones sobre los pesos atómicos».
1887	Newlands, John Alexander ReinaJohn Alexander Reina Newlands	Inglaterra Inglaterra	«por su descubrimiento de la ley periódica de los elementos químicos».
1888	Crookes, Sir WilliamSir William Crookes	Reino Unido Reino Unido	«por sus investigaciones sobre el comportamiento de las sustancias sometidas a las influencias de la descarga eléctrica en un alto vacío».		Medalla Royal (1875) Medalla Copley (1904) Medalla Elliott Cresson (1912)
1889	Perkin, Sir William HenrySir William Henry Perkin	Inglaterra Inglaterra	«por sus investigaciones sobre la rotación magnética en relación con la constitución química».		Medalla Royal (1879) Medalla Perkin (1906)
1890	Fischer, EmilEmil Fischer	Alemania Alemania	«por sus descubrimientos en química orgánica y especialmente por sus investigaciones sobre los hidratos de carbono».	(Q, 1902)	Medalla Elliott Cresson (1913)
1891	Meyer, ViktorViktor Meyer	Alemania Alemania	«por sus investigaciones sobre la determinación de densidades de vapor a altas temperaturas».
1892	Raoult, Francois MarieFrancois Marie Raoult	Francia	«por sus investigaciones sobre los puntos de congelación de las soluciones, y sobre las presiones de vapor de las soluciones».
1893	Hoff, Jacobus Henricus van 'tJacobus Henricus van 't Hoff Bel, Joseph LeJoseph Le Bel	Países Bajos Países Bajos Francia	«en reconocimiento de su introducción de la teoría de carbono asimétrico, y su uso en la explicación de la constitución de compuestos de carbono ópticamente activos».	(Q, 1901) (Hoff)
1894	Cleve, Per TheodorPer Theodor Cleve	Suecia Suecia	«por sus investigaciones sobre la química de las tierras raras».
1895	Ramsay, Sir WilliamSir William Ramsay	Escocia Escocia	«por su participación en el descubrimiento del argón, y por sus descubrimientos en relación con los constituyentes gaseosos de minerales terrestres».	(Q, 1904)	Medalla Elliott Cresson (1913)
1896	Moissan, HenriHenri Moissan	Francia	«por el aislamiento de flúor, y el uso del horno eléctrico en la preparación de metales refractarios y sus compuestos».	(Q, 1906)	Medalla Elliott Cresson (1896)
1897	Gladstone, John HallJohn Hall Gladstone	Inglaterra Inglaterra	«por sus numerosas contribuciones a la ciencia química, y especialmente por su importante labor en la aplicación de métodos ópticos a la química».
1898	Wislicenus, JohannesJohannes Wislicenus	Alemania Alemania	«por sus contribuciones a la química orgánica, especialmente en el dominio de la isomería estereoquímica».
1899	Schunck, Henry EdwardHenry Edward Schunck	Reino Unido Reino Unido	«por sus investigaciones sobre la rubia, índigo y clorofila».
1900	Körner, WilhelmWilhelm Körner	Alemania Alemania	«por sus brillantes investigaciones sobre la posición de la teoría de los compuestos aromáticos».
1901	Liveing, George DowningGeorge Downing Liveing	Inglaterra Inglaterra	«por su contribución a la espectroscopia».
1902	Arrhenius, SvanteSvante Arrhenius	Suecia Suecia	«por la aplicación de la teoría de la disociación a la explicación del cambio químico».	(Q, 1903)	Medalla Willard Gibbs (1911) Medalla Faraday (1914)
1903	Curie, PierrePierre Curie , Marie CurieMarie Curie	Francia Francia	«por sus investigaciones sobre el radio».
1904	Perkin Jr., William HenryWilliam Henry Perkin Jr.	Inglaterra Inglaterra	«por sus notables descubrimientos en química orgánica».		Medalla Royal (1925)
1905	Ladenburg, AlbertAlbert Ladenburg	Alemania Alemania	«por sus investigaciones en química orgánica, especialmente en relación con la síntesis de alcaloides naturales».
1906	Fittig, RudolphRudolph Fittig	Alemania Alemania	«por sus investigaciones en la química, especialmente su trabajo en lactonas y ácidos».
1907	Morley, Edward WilliamsEdward Williams Morley	Estados Unidos	«debido a sus contribuciones a la física y la química, y especialmente por sus determinaciones de los pesos atómicos relativos de hidrógeno y oxígeno».		Premio Willard Gibbs (1899) Medalla Elliott Cresson (1912)
1908	Tilden, William A.William A. Tilden	Reino Unido Reino Unido	«debido a sus descubrimientos en química, especialmente en los terpenos y en calores atómicos».
1909	Dewar, JamesJames Dewar	Escocia Escocia	«debido a sus investigaciones a bajas temperaturas».		Medalla Lavoisier (?) Medalla Albert (?) Medalla Copley (1916) Medalla Franklin (1919) Medalla Hodgkins
1910	Richards, Theodore W.Theodore W. Richards	Estados Unidos	«debido a sus investigaciones sobre la detrmination de los pesos atómicos».	(Q, 1914)	Medalla Franklin (1916)
1911	Armstrong, Henry EdwardHenry Edward Armstrong	Inglaterra Inglaterra	«debido a sus investigaciones en química general y orgánica».
1912	Wallach, OttoOtto Wallach	Alemania Alemania	«debido a sus investigaciones sobre la química de los aceites esenciales y las ciclo-olefinas».	(Q, 1910)
1913	Meldola, RaphaelRaphael Meldola	Inglaterra Inglaterra	«debido a trabajo en química sintética».
1914	Pope, William JacksonWilliam Jackson Pope	Inglaterra Inglaterra	«debido a sus importantes contribuciones a la química orgánica y estructural».
1915	Sabatier, PaulPaul Sabatier	Francia	«por sus investigaciones sobre la acción de contacto, y la aplicación de metales finamente divididos como agentes catalíticos».	(Q, 1912)	Medalla Franklin (1933)
1916	Le Chatelier, Henry LouisHenry Louis Le Chatelier	Francia	«debido a su eminencia como químico».
1917	Haller, AlbinAlbin Haller	Francia	«debido a sus investigaciones importantes en el campo de la química orgánica».
1918	Kipping, F. StanleyF. Stanley Kipping	Inglaterra Inglaterra	«debido a sus estudios en el grupo del alcanfor y entre los derivados orgánicos del nitrógeno y silicio».
1919	Frankland, Percy F.Percy F. Frankland	Reino Unido Reino Unido	«debido a su destacada labor en química, especialmente sobre actividad óptica y fermentación».
1920	Heycock, Charles T.Charles T. Heycock	Inglaterra Inglaterra	«debido a su trabajo en química física y más especialmente en la composición y constitución de aleaciones».
1921	Guye, Philippe A.Philippe A. Guye	Suiza Suiza	«por sus investigaciones en química física».
1922	Thorpe, Jocelyn FieldJocelyn Field Thorpe	Inglaterra Inglaterra	«por sus investigaciones en química orgánica sintética».
1923	Baker, Herbert BreretonHerbert Brereton Baker	Reino Unido Reino Unido	«por sus investigaciones sobre el secado completo de gases y líquidos».
1924	Perkin, Arthur GeorgeArthur George Perkin	Inglaterra Inglaterra	«por sus investigaciones sobre la estructura de las materias colorantes naturales».
1925	Irvine, JamesJames Irvine	Escocia Escocia	«por su trabajo sobre la constitución de los azúcares».		Medalla Willard Gibbs (1926)
1926	Walker, JamesJames Walker	Escocia Escocia	«por su trabajo en la teoría de la ionización».
1927	Noyes, Arthur AmosArthur Amos Noyes	Estados Unidos	«por su trabajo en química física, especialmente en el tema de las soluciones electrolíticas».		Medalla Willard Gibbs (1915)
1928	Donnan, Frederick GeorgeFrederick George Donnan	Irlanda	«por sus contribuciones a la química física y particularmente por su teoría del equilibrio de membrana».
1929	Lewis, Gilbert NewtonGilbert Newton Lewis	Estados Unidos	«por sus contribuciones a la termodinámica clásica y la teoría de la valencia».		Medalla Willard Gibbs (1924)
1930	Robinson, RobertRobert Robinson	Inglaterra Inglaterra	«por su trabajo en la constitución y síntesis de productos naturales; también por sus contribuciones a la teoría de las reacciones orgánicas».	(Q, 1947)	Medalla Royal (1932) Medalla Copley (1942) Medalla Franklin (1942) Medalla Priestley (1953)
1931	Lapworth, ArthurArthur Lapworth	Escocia Escocia	«por sus investigaciones en química orgánica, especialmente aquellos relacionados con la tautomería y el mecanismo de las reacciones orgánicas».
1932	Willstätter, RichardRichard Willstätter	Alemania Alemania	«por sus distinguidas investigaciones en química orgánica».	(Q, 1915)	Medalla Willard Gibbs (1933)
1933	Hobson Mills, WilliamWilliam Hobson Mills	Reino Unido Reino Unido	«por sus investigaciones en química orgánica, y por su trabajo en la síntesis y propiedades de los colorantes de cianina, y más especialmente por su investigación de nuevos tipos de moléculas asimétricas».
1934	Haworth, NormanNorman Haworth	Inglaterra Inglaterra	«por sus investigaciones sobre la estructura molecular de los carbohidratos».	(Q, 1937)	Medalla Royal (1942)
1935	Harden, ArthurArthur Harden	Inglaterra Inglaterra	«por su destacada labor en bioquímica y especialmente por sus descubrimientos fundamentales en la química de la fermentación alcohólica».	(Q, 1929)
1936	Bone, William ArthurWilliam Arthur Bone	Reino Unido Reino Unido	«porsu trabajo pionero en la catálisis de contacto y sus investigaciones sobre el mecanismo de la combustión de hidrocarburos y sobre la naturaleza de las llamas y las explosiones gaseosas».
1937	Fischer, HansHans Fischer	Alemania Alemania	«en reconocimiento a su trabajo en la química de las porfirinas, particularmente su determinación de su estructura detallada por degradación y sus síntesis de las porfirinas de importancia biológica».	(Q, 1930)	Medalla Liebig (1929)
1938	Barger, GeorgeGeorge Barger	Reino Unido Reino Unido	«en reconocimiento a sus distinguidas investigaciones sobre los alcaloides y otros productos naturales».
1939	McBain, James WilliamJames William McBain	Canadá Canadá	«por haber abierto el estudio de electrolitos coloidales, proveyendo los elementos de la teoría guía, y desarrolló del tema».
1940	Urey, Harold C.Harold C. Urey	Estados Unidos	«por su aislamiento del deuterio, el isótopo de hidrógeno pesado, y por su trabajo en este y otros isótopos siguiendo el curso detallado de las reacciones químicas».	(Q, 1934)	Medalla Willard Gibbs (1934) Medalla Franklin (1943) Medalla J. Lawrence Smith (1962) Medalla de oro de la Real Sociedad Astronómica (1966) Medalla Priestley (1973)
1941	Dakin, Henry DrysdaleHenry Drysdale Dakin	Inglaterra Inglaterra	«por su trabajo como pionero en la investigación bioquímica y sobre todo por sus contribuciones fundamentales para el estudio del metabolismo intermedio».
1942	Hinshelwood, Sir CyrilSir Cyril Hinshelwood	Inglaterra Inglaterra	«en reconocimiento a su destacado trabajo en el mecanismo de las reacciones químicas».	(Q, 1956)
1943	Heilbron, Ian MorrisIan Morris Heilbron	Reino Unido Reino Unido	«en reconocimiento a sus muchas contribuciones notables en química orgánica, en especial a la química de los productos naturales de importancia fisiológica».
1944	Robertson, RobertRobert Robertson	Escocia Escocia	«en reconocimiento a sus investigaciones sobre explosivos, métodos analíticos, la estructura interna del diamante y los espectros de absorción infrarroja».
1945	Adams, RogerRoger Adams	-	«en reconocimiento de sus extensas investigaciones en el campo de la química orgánica y de su reciente trabajo en el campo de alcaloides».
1946	Ingold, Christopher KelkChristopher Kelk Ingold	Reino Unido Reino Unido	«en reconocimiento a su destacada labor en la aplicación de métodos físicos para problemas en química orgánica».		Medalla Longstaff (1951) Medalla Royal (1952)
1947	Pauling, LinusLinus Pauling	Estados Unidos	«en reconocimiento a sus distinguidas contribuciones a la teoría de la valencia y por su teórica aplicación a los sistemas de importancia biológica».
1948	Hirst, EdmundEdmund Hirst	Reino Unido Reino Unido	«en reconocimiento a su destacada labor en la determinación de la estructura de los azúcares, almidones, gomas vegetales y, especialmente, de la vitamina C».
1949	Todd, Alexander R.Alexander R. Todd	Reino Unido Reino Unido	«por sus estudios sintéticos estructurales y logros en orgánica y bioquímica, con especial referencia a las vitaminas B1 y E y los nucleósidos producidos naturales».	(Q, 1956)	Medalla Royal (1955) Medalla Copley (1970) Medalla Lomonósov (1978)
1950	Simonsen, JohnJohn Simonsen	-	«por sus distinguidos investigaciones sobre la constitución de los productos naturales, especialmente las plantas hidrocarbonadas y sus derivados».
1951	Rideal, EricEric Rideal	Inglaterra Inglaterra	«por sus distinguidas contribuciones al tema de la química de la superficie».
1952	Robertson, AlexanderAlexander Robertson	Reino Unido Reino Unido	«En reconocimiento a sus investigaciones sobre la química de productos naturales, en particular la amplia gama de glicósidos, principios amargos y otros colorantes que contienen átomos de oxígeno heterocíclicos.
1953	Lennard-Jones, JohnJohn Lennard-Jones	Reino Unido Reino Unido	«por su destacada labor en las aplicaciones de la mecánica cuántica a la teoría de la valencia y al análisis de la estructura íntima de los compuestos decimales».
1954	Cook, James WilfredJames Wilfred Cook	Inglaterra Inglaterra	«por sus distinguidas investigaciones fundamentales en química orgánica».
1955	Melville, Harry WorkHarry Work Melville	Escocia Escocia	«en reconocimiento a su destacada labor en química física y en reacciones de polímeros».
1956	Haworth, Robert DownsRobert Downs Haworth	-	"En reconocimiento a sus distinguidas contribuciones a la química de los productos naturales en particular a aquellos que contienen sistemas heterocíclicos».
1957	Lonsdale, KathleenKathleen Lonsdale	Reino Unido Reino Unido	«en reconocimiento a sus distinguidos estudios en la estructura y el crecimiento de cristales».
1958	Norrish, Ronald George WreyfordRonald George Wreyford Norrish	Reino Unido Reino Unido	«en reconocimiento a su destacada labor en cinética química, especialmente en fotoquímica».
1959	Woodward, Robert B.Robert B. Woodward	Estados Unidos	«en reconocimiento a sus distinguidas investigacioness en química orgánica y en particular por sus contribuciones a la estructura y síntesis de productos naturales».
1960	Robertson, John MonteathJohn Monteath Robertson	-	«en reconocimiento a su destacada labor pionera en el análisis de la estructura cristalina, especialmente de los compuestos orgánicos».
1961	Barton, DerekDerek Barton	Inglaterra Inglaterra	«en reconocimiento a sus distinguidos investigaciones en química orgánica, particularmente sobre la estructura y estereoquímica de los productos naturales de terpeno y series de esteroides; y el análisis de la conformación de estructuras cíclicas».	(Q, 1969)	Medalla Royal (1972) Medalla Copley (1980) Medalla Priestley (1995)
1962	Emeléus, Harry JuliusHarry Julius Emeléus	Reino Unido Reino Unido	«en reconocimiento a sus investigaciones distinguidas en química inorgánica y el descubrimiento y examen de una amplia gama de nuevos compuestos».
1963	Bowen, Edmund JohnEdmund John Bowen	Reino Unido Reino Unido	«en reconocimiento a su distinguido trabajo sobre la elucidación de las reacciones fotoquímicas, y por su estudio de la fluorescencia y la fosforescencia en relación con los procesos moleculares correspondientes».
1964	Calvin, MelvinMelvin Calvin	Estados Unidos	«en reconocimiento a su trabajo pionero en química y biología, particularmente por su elucidación de la ruta fotosintética para la incorporación del dióxido de carbono por las plantas»	(Q, 1961)	Medalla Priestley (1978)
1965	Thompson, Harold WarrisHarold Warris Thompson	Inglaterra Inglaterra	«en reconocimiento a sus distinguidas contribuciones a la espectroscopia infrarroja y a su aplicación a los problemas químicos».
1966	Jones, EwartEwart Jones	Gales Gales	«en reconocimiento a su distinguida contribución a la química orgánica sintética y al esclarecimiento de las estructuras de los productos naturales».
1967	Prelog, VladimirVladimir Prelog	Croacia Croacia	«en reconocimiento a su trabajo distinguido en el desarrollo de conceptos estereoquímicos y en la estructura de los alcaloides y antibióticos».
1968	Cornforth, JohnJohn Cornforth , George Joseph PopjakGeorge Joseph Popjak	Australia -	«en reconocimiento a su distinguido trabajo conjunto sobre la elucidación de la vía biosintética de los poliisoprenoides y los esteroides».
1969	Dainton, Frederick SydneyFrederick Sydney Dainton	Reino Unido Reino Unido	«en reconocimiento a su distinguido trabajo sobre los mecanismos de las reacciones químicas ».
1970	Coulson, Charles AlfredCharles Alfred Coulson	Reino Unido Reino Unido	«en reconocimiento a su distinguida labor en química teórica».
1971	Porter, GeorgeGeorge Porter	Reino Unido Reino Unido	«en reconocimiento a sus contribuciones destacadas a nuestra comprensión de las reacciones químicas».
1972	Birch, Arthur JohnArthur John Birch	Australia	«en reconocimiento a sus distinguidos estudios biosintéticos de productos orgánicos naturales y su desarrollo de nuevos reactivos para procesos de reducción».
1973	Anderson, John StuartJohn Stuart Anderson	Reino Unido Reino Unido	«en reconocimiento a sus distinguidas contribuciones a la química, especialmente en la investigación estructural de superficies imperfectas y materiales no estequiométricos».
1974	Baddiley, JamesJames Baddiley	Reino Unido Reino Unido	«en reconocimiento a sus investigaciones destacadas sobre la coenzima A y los estudios de los componentes de las paredes celulares bacterianas».
1975	Sugden, Theodore MorrisTheodore Morris Sugden	Reino Unido Reino Unido	«en reconocimiento a sus distinguidas contribuciones a la química física, incluidas particularmente las reacciones que se producen en las llamas». "In recognition of his distinguished contributions to physical chemistry including particularly the reactions occurring in flames".
1976	Richards, Rex EdwardRex Edward Richards	Reino Unido Reino Unido	«en reconocimiento a sus destacadas contribuciones a la espectroscopia de resonancia magnética nuclear y su aplicación a problemas químicos y biológicos».
1977	Battersby, AlanAlan Battersby	Reino Unido Reino Unido	«en reconocimiento a sus contribuciones sobresalientes y reconocidas internacionalmente a la biosíntesis, su meticuloso y lógico desentrañamiento de las complejas vías por las que se elaboran los alcaloides y las porfirinas in vivo».
1978	Eschenmoser, AlbertAlbert Eschenmoser	Suiza Suiza	«en reconocimiento a sus distinguidas contribuciones a la química orgánica sintética moderna, bien ilustrada por su impresionante síntesis total de la vitamina B12».
1979	Chatt, JosephJoseph Chatt	Reino Unido Reino Unido	«en reconocimiento a su distinguida contribución a la química de los metales de transición y a la comprensión de la catálisis que involucra moléculas ligantes como las olefinas o el dinitrógeno».
1980	Johnson, Alan WoodworthAlan Woodworth Johnson	-	«en reconocimiento a sus contribuciones destacadas a la química de los productos naturales, incluidas las porfirinas de la vitamina B12, los factores de germinación de las plantas y las hormonas de los insectos y las feromonas».
1981	Raphael, Ralph AlexanderRalph Alexander Raphael	Reino Unido Reino Unido	«en reconocimiento a sus distinguidas contribuciones a la síntesis orgánica y, en particular, a sus ingeniosas aplicaciones de productos intermedios acetilénicos».
1982	Dewar, Michael James SteuartMichael James Steuart Dewar	India	«en reconocimiento a sus distinguidos estudios de los mecanismos de una amplia gama de reacciones químicas basadas en cálculos mecánicos de ondas semi-empíricas».
1983	Arigoni, DuilioDuilio Arigoni	Suiza Suiza	«en reconocimiento a su distinguida creatividad en los campos de la biosíntesis y la estereoquímica bioorgánicas».
1984	Edwards, SamSam Edwards	Reino Unido Reino Unido	«en reconocimiento a sus distinguidas contribuciones a las bases teóricas de los aspectos termodinámicos de la química de polímeros».
1985	Lewis, JackJack Lewis	Inglaterra Inglaterra	«por su excelente trabajo sobre la estructura y reactividad de los compuestos de agrupaciones metálicas, incluido el trabajo pionero sobre los derivados de carbido e hidrido, y las moléculas orgánicas donadoras de pi».
1986	Ogston, Alexander GeorgeAlexander George Ogston	Reino Unido Reino Unido	«en reconocimiento a su primera propuesta seminal de las formas en que las enzimas manejan asimétricamente los sustratos simétricos y su posterior análisis cuantitativo de las interacciones de macromoléculas que elucidaron los efectos de la exclusión de polímeros».
1987	Jeffreys, AlecAlec Jeffreys	Inglaterra Inglaterra	«en reconocimiento a sus contribuciones a la química del ADN humano, en particular al descubrimiento y explotación de satélites hipervariables en el genoma humano».
1988	Pople, JohnJohn Pople	Inglaterra Inglaterra	«en reconocimiento a sus amplios aportes a la química teórica, especialmente a su desarrollo y aplicación de técnicas para el cálculo de funciones y propiedades de las ondas moleculares».
1989	Stone, Francis Gordon AlbertFrancis Gordon Albert Stone	Inglaterra Inglaterra	«en reconocimiento a sus muchas contribuciones distinguidas a la química organometálica, incluido el descubrimiento de que las especies que contienen carbono-metal de enlaces múltiples metal-metal son reactivos versátiles para la síntesis de compuestos de grupos con enlaces entre diferentes elementos de transición».
1990	Ingold, Keith UsherwoodKeith Usherwood Ingold	Reino Unido Reino Unido	«por ser pionero en el estudio cuantitativo de las reacciones de radicales libres en solución, en vasos y en organismos vivos, en particular utilizando resonancia magnética electrónica».
1991	Knowles, Jeremy R.Jeremy R. Knowles	Inglaterra Inglaterra	«en reconocimiento a sus contribuciones a la química mecánica integrada con la enzimología, en particular a la aplicación de métodos químicos para resolver problemas biológicos fundamentales de reconocimiento y catálisis».
1992	Carrington, AlanAlan Carrington	Reino Unido Reino Unido	«distinguido por la determinación y caracterización de los espectros moleculares de especies transitorias».
1993	Baldwin, Jack E.Jack E. Baldwin	Reino Unido Reino Unido	«distinguido por sus contribuciones a la química bioorgánica, en particular a la comprensión de la biosíntesis de los anticuerpos beta-lactámicos».
1994	Thomas, John MeurigJohn Meurig Thomas	Gales Gales	«por sus estudios pioneros en química del estado sólido y por los grandes avances que ha realizado en el diseño de nuevos materiales por catálisis heterogénea».
1995	Green, M. L. H.M. L. H. Green	Reino Unido Reino Unido	«en reconocimiento a su contribución a la química organometálica con aplicación particular a reacciones catalíticas».	—
1996	Wilkinson, GeoffreyGeoffrey Wilkinson	Inglaterra Inglaterra	«en reconocimiento a su contribución a la química de metales de organotransición y al desarrollo de catálisis homogénea y su trabajo sobre la hidroformilación».
1997	Lehn, Jean-MarieJean-Marie Lehn	Francia	«en reconocimiento a su trabajo sobre química supramolecular, sobre moléculas de autoensamblaje y sobre dispositivos químicos».	—
1998	Fersht, Alan RoyAlan Roy Fersht	Reino Unido Reino Unido	«en reconocimiento por su trabajo pionero en el análisis de proteínas al combinar los métodos e ideas de la química física-orgánica con los de la ingeniería de proteínas, iluminando procesos como la catálisis enzimática, el plegamiento de proteínas, interacciones proteína-proteína y aquellas interacciones de macromoléculas en general que están dominadas por la química del enlace no covalente».
1999	Chisholm, Malcolm HaroldMalcolm Harold Chisholm	-	«en reconocimiento a su trabajo principal en química inorgánica, particularmente su gran impacto en la química de los metales de transición y su investigación pionera en el único enlace triple metal-metal uniendo el dimolibdeno y dialquilamidas de ditungsteno, alcóxidos y alquilos, y para la uso de estos compuestos en otras síntesis importantes».
2000	Ley, Steven VictorSteven Victor Ley	Reino Unido Reino Unido	«en reconocimiento a su invención de nuevos métodos sintéticos aplicados a la síntesis de productos naturales complejos, incluidos los de insectos, microorganismos y plantas. Entre sus éxitos más destacados se encuentra la síntesis de avermectina B1a, tetronasina, las milbemicinas e indanomicina, así como su importante desarrollo de síntesis cortas y prácticas de oligosacáridos».
2001	Scott, Alastair IanAlastair Ian Scott	-	«por sus contribuciones pioneras a la comprensión de las rutas biosintéticas, y en particular por su trabajo sobre la vitamina B12. Es un líder mundial en su área y el impacto de sus descubrimientos probablemente tendrá un efecto significativo en la forma en que la química de productos naturales avance en el futuro».	—
2002	Bartlett, NeilNeil Bartlett	Inglaterra Inglaterra	«por su investigación que explora los límites de oxidación más altos de los elementos menos oxidables, principalmente con flúor elemental. Ha expuesto la nueva química de los gases nobles y los nuevos procedimientos para alcanzar los límites del estado de oxidación alto a través de los elementos de la tabla periódica».
2003	Parsons, RogerRoger Parsons	-	«por su distinguida carrera en electroquímica. Desarrolló el método de preparar, por primera vez, superficies metálicas limpias y bien definidas y ponerlas en contacto con el electrolito sin contaminación».
2004	Oka, TakeshiTakeshi Oka	-	«por sus numerosas y variadas contribuciones a la espectroscopia molecular y sus aplicaciones, en particular a la astronomía».
2005	Dobson, ChrisChris Dobson	Reino Unido Reino Unido	«por su trabajo en la aplicación de la RMN y otros métodos estructurales para estudiar el plegamiento y plegado incorrecto de proteínas, especialmente la formación de fibrillas amiloides, lo que lleva a nuevos conocimientos sobre la estructura y plegamiento de las proteínas».
2006	Pope, MartinMartin Pope	Estados Unidos	«por su trabajo pionero en el campo de los semiconductores moleculares, que ahora se ha convertido en un área grande e importante de la ciencia y de la tecnología de los semiconductores».
2007	Simons, JohnJohn Simons	-	«por sus muchas contribuciones innovadoras experimentales a un área amplia de la física química, que incluye la dinámica de reacción molecular, la espectroscopia molecular y, más recientemente, la química biofísica».
2008	Stoddart, James FraserJames Fraser Stoddart	Escocia Escocia	«por sus contribuciones en tecnología molecular».
2009	Sanders, JeremyJeremy Sanders	Reino Unido Reino Unido	«por sus contribuciones pioneras a varios campos, más recientemente al campo de la química combinatoria dinámica en la vanguardia de la química supramolecular».
2010	Carol Robinson	Reino Unido Reino Unido	«por su innovador y novedoso uso de la espectrometría de masas para la caracterización de grandes complejos de proteínas».
2011	Ahmed Zewail	Egipto Egipto	«por sus contribuciones seminales al estudio de las reacciones ultrarrápidas y la comprensión de los estados de transición en química y a la microscopía electrónica dinámica».
2012	Fraser Armstrong	Reino Unido Reino Unido	«por su pionera electroquímica de película de proteínas, permitiendo un control termodinámico y cinético exquisito de las enzimas redox, ejemplificado por hidrogenasas, clave en la tecnología energética».
2013	Graham Hutchings	Reino Unido Reino Unido	«por el descubrimiento de la catálisis por oro y por sus contribuciones seminales a este nuevo campo de la química».
2014	Clare Grey		«por aplicaciones pioneras de la resonancia magnética nuclear de estado sólido a materiales relevantes para la energía y el medio ambiente».
2015	Gideon John Davies		«por por su trabajo en la determinación de la química de reacción de las transformaciones de carbohidratos catalizadas por enzimas».
2016	Stephen Mann		«por sus destacadas contribuciones a la química de la bio-mineralización y por ser pionero en la síntesis bio-inspirada y en el autoensamblaje de nanoestructuras funcionales y objetos híbridos a nanoescala».
2017	Matthew Rosseinsky		«sus avances en el diseño y descubrimiento de materiales funcionales, integrando el desarrollo de nuevas técnicas experimentales y computacionales».
2018	John Pyle		«liderazgo pionero en la comprensión del agotamiento de la capa global de ozono por los halocarburos, en particular el acoplamiento entre la química, la radiación y la dinámica, y la vulnerabilidad especial del ozono ártico».
2019	Varinder Aggarwal	India	«por sus métodos innovadores que acoplan ésteres borónicos creando arquitecturas 3-D con control total sobre la forma y la funcionalidad con una amplia gama de aplicaciones en todas las ciencias».
2020	Ben G. Davis	Reino Unido Reino Unido	«por inventar poderosos métodos químicos que manipulan directamente moléculas biológicas complejas, lo que permite dilucidar y controlar la función y el mecanismo biológicos in vitro e in vivo, más allá de los límites de la genética».

Notas

↑ ^a ^b "for an outstandingly important recent discovery in any branch of chemistry".«Davy Medal». Royal Society. Consultado el 5 de agosto de 2011.
↑ Boas Hall, Marie (2002). All Scientists Now: The Royal Society in the Nineteenth Century. Cambridge University Press. p. 146. ISBN 0-521-89263-5.
↑ "for their researches & discoveries in spectrum analysis"
↑ for his pioneering protein film electrochemistry allowing exquisite thermodynamic and kinetic control of redox enzymes, exemplified by hydrogenases, key in energy technology.
↑ ^a ^b ^c "for their discovery of the periodic relations of the atomic weights"; «Davy archive winners 1899–1877». The Royal Society. Archivado desde el original el 7 de octubre de 2012. Consultado el 5 de agosto de 2011.
↑ ^a ^b «Davy archive winners 1989–1900». Royal Society. Archivado desde el original el 31 de julio de 2013. Consultado el 5 de agosto de 2011.
↑ "For their researches & discoveries in spectrum analysis". Lagowski, J. J. (2004). Chemistry: Foundations and Applications. Macmillan Reference USA. p. 151.
↑ "For their researches, conducted independently, but contemporaneously, on the condensation of the so-called permanent gases". Annual Report of the Board of Regents of the Smithsonian Institution. United States National Museum. 1901. p. 131.
↑ "For his discovery of gallium". Lockyer, Norman (1912). Nature. Nature Publishing Group. p. 352.
↑ "For his researches on the organic compounds of silicon, and other investigations". Surrey, Alexander Robert (1961). Name reactions in organic chemistry. Academic Press. p. 101.
↑ "For his synthesis of indigo". Gillispie, Charles Coulston (1970). Dictionary of Scientific Biography. American Council of Learned Societies. p. 389.
↑ "For their discovery of the periodic relations of the atomic weights". Clyde Day, Marion (1969). Theoretical Inorganic Chemistry. Reinhold Book Corporation. p. 79.
↑ "For their researches in thermo-chemistry". Science. HighWire Press. 1883.
↑ "For his researches in the isomerism of alcohols". The Lancet (2nd edición). J. Onwhyn. 1884. p. 939.
↑ "For his researches on the atomic weights". The Academy (28th edición). 1885. p. 360.
↑ "For his researches on atomic weights". Memoirs and Proceedings — Manchester Literary and Philosophical Society (39th edición). Manchester Literary and Philosophical Society. 1895.
↑ "For his discovery of the periodic law of the chemical elements". Ede, Andrew; Lesley B. Cormack (2004). A History of Science in Society: From Philosophy to Utility. Broadview Press. p. 120. ISBN 1-55111-666-9.
↑ Russell, Colin A. (2003). Edward Frankland: Chemistry, Controversy and Conspiracy in Victorian England. Cambridge University Press. p. 460. ISBN 0-521-54581-1.
↑ "For his investigations on the behaviour of substances under the influences of the electric discharge in a high vacuum". Tilden, W. A. (1968). Famous Chemists. Ayer Publishing. p. 267. ISBN 0-8369-0944-5.
↑ ^a ^b ^c ^d ^e "For his researches on magnetic rotation in relation to chemical constitution". Harrow, Benjamin (1920). Eminent Chemists of Our Time. D. van Nostrand. p. 13. ISBN 0-8369-0514-8.
↑ "For his discoveries in organic chemistry and especially for his researches on the carbo-hydrates". Tilden, William A. (2007). Chemical Discovery and Invention — In the Twentieth Century. Read Books. p. 476. ISBN 1-4067-5805-1.
↑ "For his researches on the determination of vapour densities at high temperatures".
↑ "For his researches on the freezing points of solutions, and on the vapour pressures of solutions". Journal of the Chemical Society. Chemical Society of Great Britain. 1902. p. 977.
↑ "In recognition of their introduction of the theory of asymmetric carbon, and its use in explaining the constitution of optically active carbon compounds". Harrow, Benjamin (1920). Eminent Chemists of Our Time (2nd edición). D. van Nostrand company. p. 93.
↑ "For his researches on the chemistry of the rare earths". Nature. Nature Publishing Group. 1895. p. 137.
↑ "For his share in the discovery of argon, and for his discoveries regarding gaseous constituents of terrestrial minerals". The Scientific Monthly (9th edición). American Association for the Advancement of Science. 1919. p. 173.
↑ "For the isolation of fluorine, and the use of the electric furnace in the preparation of refractory metals and their compounds". Daedalus: Proceedings of the American Academy of Arts and Sciences (81st edición). American Academy of Arts and Sciences. p. 78.
↑ "For his numerous contributions to chemical science, and especially for his important work in the application of optical methods to chemistry". Burke, Edmund; James Dodsley (1891). Annual Register. Annual Register. p. 66.
↑ "For his contributions to organic chemistry especially in the domain of stereochemical isomerism". Nature (67th edición). Nature Publishing Group. 1903. p. 229.
↑ "For his researches on madder, indigo, and chlorophyll". Science (10th edición). Moses King. 1899. p. 821.
↑ "For his brilliant investigations on the position theory of the aromatic compounds". Popular Science Monthly (58th edición). McClure, Phillips and Co. 1901.
↑ "For his contributions to spectroscopy". Archer, Mary D.; Christopher D. Haley (2005). The 1702 Chair of Chemistry at Cambridge: Transformation and Change. Cambridge University Press. p. 318. ISBN 0-521-82873-2.
↑ "For the application of the theory of dissociation to the explanation of chemical change". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 15. ISBN 81-7371-210-7.
↑ "For their researches on radium". Quinn, Susan (2996). Marie Curie: A Life. Perseus Books Group. p. 185. ISBN 0-201-88794-0.
↑ "For his notable discoveries in organic chemistry".
↑ "For his researches in organic chemistry, especially in connection with the synthesis of natural alkaloids". Monmouth Smith, Henry (1949). Torchbearers of Chemistry: Portraits and Brief Biographies of Scientists who Have Contributed to the Making of Modern Chemistry. Academic Press. p. 270.
↑ "For his investigations in chemistry especially his work on lactones and acids". British Medical Journal (2nd edición). British Medical Association. 1906. p. 266.
↑ "On the ground of his contributions to physics and chemistry, and especially for his determinations of the relative atomic weights of hydrogen & oxygen". R. Hamerla, Ralph (2006). American Scientist on the Research Frontier: Edward Morley, Community, and Radical Ideas in Nineteenth-century Science. Springer. p. 232. ISBN 1-4020-4088-1.
↑ "On the ground of his discoveries in chemistry, especially on the terpenes and on atomic heats". Nature. Nature Publishing Group. 1908. p. 136.
↑ "On the ground of his researches at low temperatures". Knight, David M.; Norman Lockyer (1998). The Development of Chemistry, 1789-1914. Taylor & Francis. p. 482. ISBN 0-415-17913-0.
↑ "On the ground of his researches on the detrmination [sic] of atomic weights". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 247. ISBN 81-7371-210-7.
↑ "On the ground of his researches in organic and general chemistry".
↑ "On the ground of his researches on the chemistry of the essential oils, and the cyclo-olefines". Popular Science Monthly (82nd edición). McClure, Phillips and Co. 1913. p. 104.
↑ "On the ground of work in synthetic chemistry".
↑ "On the ground of his important contributions to structural & organic chemistry". Dodsley, James (1915). Annual Register. p. 34.
↑ "For his researches on contact action, and the application of finely divided metals as catalytic agents". Sabatier, Paul (2008). Catalysis in Organic Chemistry. BiblioBazaar. p. XXIV. ISBN 1-4264-7873-9.
↑ "On the ground of his eminence as a chemist". West, David Richard Frederick; J. E. Harris (1999). Metals and the Royal Society. Institute of Materials Communications. p. 572. ISBN 1-86125-028-2.
↑ "On the ground of his important researches in the domain of organic chemistry". Burke, Edmund; James Dodsley (1918). Annual Register (6th edición). p. 119.
↑ "On the ground of his studies in the camphor group and among the organic derivatives of nitrogen and silicon". Jeans, James Hopwood (1949). The Physics of the Universe (164th edición). R. & R. Clark. p. 93.
↑ "On the ground of his distinguished work in chemistry, especially that on optical activity, and on fermentation". Matthew, Henry Colin Gray; Brian Howard Harrison (2004). Oxford Dictionary of National Biography. Oxford University Press. p. 770. ISBN 0-19-861370-9.
↑ "On the ground of his work in physical chemistry and more especially on the composition & constitution of alloys". West, David Richard Frederick; J. E. Harris (1999). Metals and the Royal Society. Institute of Materials Communications. p. 543. ISBN 1-86125-028-2.
↑ The Metallurgist and Materials Technologist (12th edición). Institution of Metallurgists. 1980. p. 394.
↑ "For his researches in physical chemistry". Science (54th edición). HighWire Press. 1921. p. 659.
↑ "For his researches in synthetic organic chemistry". Journal of Chemical Education. American Chemical Society. 1924. p. 98.
↑ "For his researches on the complete drying of gases and liquids". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 27. ISBN 81-7371-210-7.
↑ "For his researches on the structure of natural colouring matters".
↑ "For his work on the constitution of the sugars". Science. HighWire Press. 1926. p. 38.
↑ "For his work on the theory of ionisation". The Advancement of Science. British Association for the Advancement of Science. 1968.
↑ "For his work in physical chemistry, especially on the subject of electrolytic solutions". Weidlein, Edward Ray; William Allen Hamor (1936). Glances at Industrial Research: During Walks and Talks in Mellon Institute. Reinhold. p. 208.
↑ "For his contributions to physical chemistry and particularly for his theory of membrane equilibrium". Laboratory Practice (6th edición). United Trade Press. 1957. p. 115.
↑ "For his contributions to classical thermodynamics and the theory of valency". Devine, Elizabeth (1983). Thinkers of the Twentieth Century. Gale. p. 333. ISBN 0-333-33634-8.
↑ "For his work on the constitution and synthesis of natural products; also for his contributions to the theory of organic reactions". Schlessinger, Bernard S.; June H. Schlessinger (1986). The Who's who of Nobel Prize Winners. Oryx Press. p. 18. ISBN 0-89774-193-5.
↑ "For his researches in organic chemistry, particularly those connected with tautomerism and the mechanism of organic reactions". Williams, Trevor Illtyd; Sonia Withers (1982). A Biographical Dictionary of Scientists (3rd edición). Wiley. p. 310. ISBN 0-470-27326-7.
↑ "For his distinguished researches in organic chemistry". Journal of the Chemical Society. Chemical Society. 1953. p. 1025.
↑ "For his researches in organic chemistry, and for his work on the synthesis and properties of the cyanine dyes, and more especially for his investigation of novel types of asymmetric molecules". Matthew, H. C. G.; Brian Howard Harrison (2004). Oxford Dictionary of National Biography: From the Earliest Times to the Year 2000. Oxford University Press. p. 278. ISBN 0-19-861388-1.
↑ "For his researches on the molecular structure of carbohydrates". Trotsky, Susan; Thomson Gale Staff, Scott Peacock (1997). Contemporary Authors: A Bio-Bibliographical Guide to Current Writers in Fiction, General Nonfiction, Poetry, Journalism, Drama, Motion Pictures, Television, and Other Fields. Gale. p. 182. ISBN 0-7876-1862-4.
↑ "For his distinguished work in biochemistry and especially for his fundamental discoveries in the chemistry of alcoholic fermentation". «Arthur Harden — Biography». Arthur Harden. Consultado el 4 de marzo de 2009.
↑ "For his pioneer work on contact catalysis and his researches on the mechanism of combustion of hydrocarbons and on the nature of flames and on gaseous explosions". Egerton, A.C.; Egerton, A. C. (1946). «Obituary Notice — William Arthur Bone». Obituary Notices of the Royal Society of London (The Royal Society) 2 (7): 1165. doi:10.1039/JR9460001165.
↑ "In recognition of his work on the chemistry of the porphyrins, particularly his determination of their detailed structure by degradation and his syntheses of porphyrins of biological importance". Holmes, Frederic Lawrence; Charles Coulston Gillispie (1978). Dictionary of Scientific Biography. Scribner. p. 158. ISBN 0-684-14779-3.
↑ "In recognition of his distinguished researches on alkaloids and other natural products". O'Connor, W. J. (1991). British physiologists 1885-1914: A Biographical Dictionary. Manchester: Manchester University Press. p. 479. ISBN 0-7190-3282-2.
↑ "For having opened up the study of colloidal electrolytes, provided the elements of the guiding theory, and developed the subject". Journal of Colloid Science (8th edición). Academic Press. 1965. p. 375.
↑ "For his isolation of deuterium, the heavy hydrogen isotope, and for his work on this and other isotopes in following the detailed course of chemical reactions". Shils, Edward (1991). Remembering the University of 1940ago: Teachers, Scientists, and Scholars. University of Chicago Press. p. 526. ISBN 0-226-75335-2.
↑ "For his work as a pioneer in biochemical research and especially because of his fundamental contributions to the study of intermediate metabolism". Surrey, Alexander Robert (1954). Name reactions in organic chemistry. Academic Press. p. 45.
↑ "In recognition of his distinguished work on the mechanism of chemical reactions". Lockyer, Norman (1942). Nature: International Journal of Science (150th edición). Nature Publishing Group. p. 666.
↑ "In recognition of his many notable contributions to organic chemistry, especially to the chemistry of natural products of physiological importance". The Industrial Chemist (19th edición). Tothill Press. 1943. p. 701.
↑ "In recognition of his researches on explosives, analytical methods, the internal structure of diamond, and infra-red absorption spectra". Doren, Charles Lincoln van; Robert McHenry (1974). Webster's American Biographies. G. & C. Merriam Co. p. 11. ISBN 0-87779-053-1.
↑ "In recognition of his extensive researches in the field of organic chemistry and of his recent work in the alkaloid field". A Legislative History of the Federal Food, Drug, and Cosmetic Act and Its Amendments (20th edición). United States Food and Drug Administration. 1979.
↑ "In recognition of his distinguished work in applying physical methods to problems in organic chemistry". Matthew, Henry Colin Gray; Brian Howard Harrison (2004). Oxford Dictionary of National Biography: From the Earliest Times to the Year 2000. Oxford University Press. p. 273. ISBN 0-19-861379-2.
↑ "In recognition of his distinguished contributions to the theory of valency and for theor [sic] application to systems of biological importance". Goertzel, Ted George; Ben Goertzel (1995). Linus Pauling: A Life in Science and Politics. Basic Books. p. 1. ISBN 0-465-00673-6.
↑ "In recognition of his outstanding work in the determination of the structure of sugars, starches, plant gums and especially of vitamin C". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (2nd edición). McGraw-Hill. p. 67. ISBN 0-07-045266-0.
↑ "For his structural synthetic studies and achievements in organic and bio-chemistry, with special reference to vitamins B1 and E and the naturally occurring nucleosides". Technology Review (54th edición). Association of Alumni and Alumnae of the Massachusetts Institute of Technology. 1997. p. 32.
↑ "For his distinguished researches on the constitution of natural products, especially the plant hydro-carbons and their derivatives". «The Shaping of Indian Science: 1914-1947». Indian Science Congress Association (Orient Blackswan). 2003. ISBN 81-7371-432-0.
↑ "For his distinguished contributions to the subject of surface chemistry". Greene, Jay E.; William H. Crouse (1966). McGraw-Hill Modern Men of Science: 426 Leading Contemporary Scientists. McGraw-Hill. p. 393.
↑ "In recognition of his researches into the chemistry of natural products, particularly the wide range of glycosides, bitter principles and colouring matters containing heterocyclic oxygen atoms". Chemical Age Directory & Who's Who. Chemical Age. 1962. p. 112.
↑ "For his distinguished work on the applications of quantum mechanics to the theory of valency and to the analysis of the intimate structure of decimal compounds". Mehra, Jagdish; Helmut Rechenberg (2001). The Historical Development of Quantum Theory: Fundamental Equations of Quantum Mechanics and the Reception of the New Quantum Mechanics. Springer. p. 58. ISBN 0-387-95178-4.
↑ "For his distinguished fundamental investigations in organic chemistry". Chemical Age Directory & Who's Who. Chemical Age. 1962. p. 68.
↑ "In recognition of his distinguished work in physical chemistry and in polymer reactions". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (2nd edición). McGraw-Hill. p. 302. ISBN 0-07-045266-0.
↑ "In recognition of his distinguished contributions to the chemistry of natural products particularly those containing heterocyclic systems". The International Who's Who. Europa Publications. 1960. p. 406.
↑ "In recognition of her distinguished studies in the structure and growth of crystals". Ogilvie, Marilyn Bailey; Joy Dorothy Harvey (2000). The Biographical Dictionary of Women in Science: Pioneering Lives from Ancient Times to the Mid-20th Century. Taylor & Francis. p. 804. ISBN 0-415-92040-X.
↑ Haines, Catharine M. C.; Helen M. Stevens (2001). International Women in Science. ABC-CLIO. p. 183. ISBN 1-57607-090-5.
↑ West, David Richard Frederick; J. E. Harris (1999). Metals and the Royal Society. IOM Communications. p. 705. ISBN 1-86125-028-2.
↑ The Houghton Mifflin Dictionary of Biography. Houghton Mifflin Harcourt. 2003. p. 948. ISBN 0-618-25210-X.
↑ "In recognition of his distinguished work in chemical kinetics, especially in photochemistry". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (2nd edición). McGraw-Hill Book Company. p. 367. ISBN 0-07-045266-0.
↑ "In recognition of his distinguished researches in organic chemistry and particularly for his contributions to the structure and synthesis of natural products". Trosky, Susan; Scot Peacock (1998). Contemporary Authors. Gale. p. 423. ISBN 0-7876-1994-9.
↑ "In recognition of his distinguished pioneering work on the analysis of crystal structure, especially of organic compounds". Greene, J.E. (1980). McGraw-Hill Modern Scientists and Engineers (3rd edición). McGraw-Hill. p. 34. ISBN 0-07-045266-0.
↑ "In recognition of his distinguished researches in organic chemistry, particularly on the structure and stereochemistry of natural products of the terpene and steroid series; and the analysis of the conformation of cyclic structures". Chemistry: Nobel lectures : including presentation speeches and laureates' biographies. World Scientific. 1999. p. 313. ISBN 981-02-3408-2.
↑ "In recognition of his distinguished researches in inorganic chemistry and the discovery and examination of a wide range of new compounds". Renetzky, Alvin (1975). NSF Factbook: Guide to National Science Foundation Programs and Activities (2nd edición). Marquis Academic Media. p. 154. ISBN 0-8379-2201-1.
↑ "In recognition of his distinguished work on the elucidation of photochemical reactions, and for his study of fluorescence and phosphorescence in relation to the molecular processes concerned". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill modern scientists and engineers (1st edición). McGraw-Hill. ISBN 0-07-045266-0.
↑ "In recognition of his pioneering work in chemistry and biology, particularly his elucidation of the photosynthetic pathway for the incorporation of carbon dioxide by plants". Eggenberger, David I. (1973). The McGraw-Hill Encyclopedia of World Biography (2nd edición). McGraw-Hill. p. 338.
↑ "In recognition of his distinguished contributions to infra-red spectroscopy and its application to chemical problems". Greene, J.E. (1980). McGraw-Hill Modern Scientists and Engineers (3rd edición). McGraw-Hill. p. 207. ISBN 0-07-045266-0.
↑ "In recognition of his distinguished contributions to synthetic organic chemistry and to the elucidation of the structures of natural products".Proceedings of the Royal Society of London. Series A. Mathematical and physical sciences (296th edición). Journal Storage. 1967. p. vii.
↑ "In recognition of his distinguished work in the development of stereochemical concepts and on the structure of alkaloids and antibiotics". Chemistry and industry. Society of Chemical Industry. 1967. p. 2056.
↑ "In recognition of their distinguished joint work on the elucidation of the biosynthetic pathway to polyisoprenoids and steroids". Frängsmyr, Tore; Sture Forsén (1993). Chemistry, 1971-1980. Nobel Foundation. p. 186. ISBN 981-02-0787-5.
↑ "In recognition of his distinguished work on the mechanisms of chemical reactions". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (1st edición). McGraw-Hill. p. 252. ISBN 0-07-045266-0.
↑ "In recognition of his distinguished work in theoretical chemistry". The Houghton Mifflin Dictionary of Biography. Houghton Mifflin Harcourt. 2003. p. 367. ISBN 0-618-25210-X.
↑ "In recognition of his distinguished contributions to our understanding of chemical reactions". Sidharth, B. G. (2008). A Century of Ideas: Personal Perspectives from a Selection of the Greatest Minds of the Twentieth Century. Springer. p. 43. ISBN 1-4020-4359-7.
↑ "In recognition of his distinguished biosynthetic studies of organic natural products and his development of new reagents for reduction processes". Impact of Science on Society (35th edición). United Nations Educational, Scientific and Cultural Organization. 1984. p. 321.
↑ "In recognition of his distinguished contributions to chemistry especially on the structural investigation of imperfect surfaces and non-stoichiometric materials". The Houghton Mifflin Dictionary of Biography. Houghton Mifflin Harcourt. 2003. p. 45. ISBN 0-618-25210-X.
↑ "In recognition of his distinguished researches on coenzyme A and studies of the constituents of bacterial cell walls". Sleeman, Elizabeth (2003). The International Who's Who 2004 (67th edición). Routledge. p. 91. ISBN 1-85743-217-7.
↑ Thrush, B. A., «Sugden, Sir (Theodore) Morris», en la página web del Oxford Dictionary of National Biography (requiere suscripción) (en inglés) .
↑ "In recognition of his outstanding contributions to nuclear magnetic resonance spectroscopy and its application to chemical and biological problems". Sleeman, Elizabeth (2003). The International Who's Who 2004 (67th edición). Routledge. p. 1408. ISBN 1-85743-217-7.
↑ "In recognition of his outstanding and internationally recognized contributions to biosynthesis – his meticulous and logical unravelling of the complex pathways by which alkaloids and porphyrins are elaborated in vivo". Archer, Mary D.; Christopher D. Haley (2005). The 1702 Chair of Chemistry at Cambridge: Transformation and Change. Cambridge University Press. p. vii. ISBN 0-521-82873-2.
↑ "In recognition of his distinguished contributions to modern synthetic organic chemistry, well illustrated by his impressive total synthesis of vitamin B12". Hargittai, István; Magdolna Hargittai (2003). Candid science III: more conversations with famous chemists. Imperial College Press. p. 97. ISBN 1-86094-336-5.
↑ "In recognition of his distinguished contributions to transition metal chemistry and the understanding of catalysis involving ligating molecules such as olefins or dinitrogen". Report / Agricultural Research Council. University of California. 1977. p. 70. ISBN 0-10-207278-7.
↑ "In recognition of his distinguished contributions to the chemistry of natural products including vitamin B12 porphyrins, plant germination factors and insect hormones and pheromones".American Men of Science: A Biographical Directory (6th edición). Jaques Cattell Press. 1979. p. 5634.
↑ "In recognition of his distinguished contributions to organic synthesis and in particular his ingenious applications of acetylenic intermediates". American Jewish Year Book. American Jewish Committee. p. 273.
↑ "In recognition of his distinguished studies of the mechanisms of a wide range of chemical reactions based on semi-empirical wave mechanical calculations". The Alcalde. Emmis Communications. 1988. p. 12. ISSN 0002-497X.
↑ "In recognition of his distinguished creativity in the fields of biosynthesis and bioorganic stereochemistry".Lockyer, Norman (1983). Nature. Nature Publishing Group. p. 47. ISBN 0-333-33274-1.
↑ "In recognition of his distinguished contributions to the theoretical basis of thermodynamic aspects of polymer chemistry". Proceedings of the Royal Society of London. Series A. Mathematical and physical sciences (397th edición). 1985. p. 184.
↑ "For his outstanding work on the structure and reactivity of metal cluster compounds, including pioneering work on carbido and hydrido derivatives, and pi-donor organic molecules". Proceedings of the Royal Society of London. Series A. Mathematical and physical sciences (397th edición). 1986. p. 184.
↑ "In recognition of his early seminal proposal of the ways enzymes deal asymmetrically with symmetrical substrates and his later quantitative analysis of macromolecule interactions which elucidated polymer exclusion effects". Rubinstein, W. D. (1991). The Harvester Biographical Dictionary of Life Peers. Harvester Wheatsheaf. p. 340. ISBN 0-7108-1218-3.
↑ "In recognition of his contributions to the chemistry of human DNA — in particular the discovery and exploitation of hypervariable satellites in the human genome". Sleeman, Elizabeth (2003). The International Who's Who 2004 (67th edición). Routledge. p. 813. ISBN 1-85743-217-7.
↑ "In recognition of his wide-ranging contributions to theoretical chemistry, especially his development and application of techniques for the computation of molecular wave-functions and properties". Hargittai, István; Magdolna Hargittai (2003). Candid science III: more conversations with famous chemists. Imperial College Press. p. 179. ISBN 1-86094-336-5.
↑ "In recognition of his many distinguished contributions to organometallic chemistry, including the discovery that species containing carbon-metal of metal-metal multiple bonds are versatile reagents for synthesis of cluster compounds with bonds between different transition elements". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 321. ISBN 81-7371-210-7.
↑ "For pioneering the quantitative study of free radical reactions in solution, in glasses and in living organisms, particularly using electron magnetic resonance". Year-book of the Royal Society of London (97th edición). Harrison & Sons. 1993. p. 1973. ISBN 0-85403-468-4.
↑ "In recognition of his contributions to mechanistic chemistry integrated with enzymology, particularly the application of chemical methods to solve fundamental biological problems of recognition and catalysis". Nemeh, Katherine H.; Pamela M. Kalte (2003). American men & women of science: a biographical directory of today's leaders in physical, biological and related sciences (21st edición). Thomson Gale. p. 424. ISBN 0-7876-6527-4.
↑ "Distinguished for the determination and characterization of the molecular spectra of transient species". Year-book of the Royal Society of London (97th edición). Harrison & Sons. 1993. p. 1973. ISBN 0-85403-468-4.
↑ "Distinguished for his contributions to bio-organic chemistry, in particular to an understanding of the biosynthesis of beta-lactam antibodies". Byford, Michael F.; Jack E. Baldwin, Chia-Yang Shiau, Christopher J. Schofield (10 de noviembre de 1997). «The Mechanism of ACV Synthetase». The Oxford Centre for Molecular Sciences and Dyson Perrins Laboratory: American Chemical Society. pp. 2631-2650. Consultado el 13 de marzo de 2009. doi 10.1021/cr960018l
↑ "For his pioneering studies of solid-state chemistry, and for the major advances he has made in the design of new materials for heterogeneous catalysis". Gjurgevich, Brian (14 de abril de 2004). «Prominent chemist to present Pauling lectures». The Daily Barometer. Archivado desde el original el 10 de agosto de 2011. Consultado el 13 de marzo de 2009.
↑ "In recognition of his contribution to organometallic chemistry with particular application to catalytic reactions"
↑ "In recognition of his contribution to organotransition metal chemistry and the development of homogeneous catalysis and his work on hydroformylation". «Archives Hub: Wilkinson, Sir Geoffrey, 1921-1996». www.archiveshub.ac.uk. Archivado desde el original el 17 de julio de 2012. Consultado el 14 de marzo de 2009.
↑ "In recognition of his work on supramolecular chemistry, on self-assembling molecules and on chemical devices"
↑ "In recognition for his pioneering work on the analysis of proteins by combining the methods and ideas of physical-organic chemistry with those of protein engineering thus illuminating such processes as enzymatic catalysis, protein folding, protein-protein interactions and those macromolecule interactions in general that are dominated by the chemistry of the noncovalent bond". «Imperial College London — New Fellows of Imperial College London announced». www.imperial.ac.uk. Consultado el 14 de marzo de 2009.
↑ "In recognition of his leading work in inorganic chemistry, particularly his major impact on the chemistry of transition metals and his pioneering research on the unique triply metal-metal bonded dimolybdenum and ditungsten dialkylamides, alkoxides and alkyls, and for the use of these compounds in further important syntheses". Senecal, Karen (23 de noviembre de 1999). «Chemistry department hires professor in quest for top 10». The Lantern. Consultado el 13 de marzo de 2009. (enlace roto disponible en Internet Archive; véase el historial, la primera versión y la última).
↑ "In recognition of his invention of new synthetic methods applied to the synthesis of complex natural products including those from insects, micro-organisms and plants. Among his most outstanding successes have been the synthesis of avermectin B1a, tetronasin, the milbemycins and indanomycin as well as his important development of short, practical syntheses of oligosaccharides". «Society of Chemical Industry: SCI Honours». www.soci.org. Archivado desde el original el 8 de julio de 2013. Consultado el 14 de marzo de 2009.
↑ "For his pioneering contributions to the understanding of biosynthetic pathways, and in particular for his work on vitamin B12. He is a world leader in his area and the impact of his discoveries are likely to have a significant effect on the way natural product chemistry progresses into the future"
↑ "For his research exploring the highest oxidation limits of the less oxidizable elements, primarily using elemental fluorine. [sic] He has exposed the new chemistry of the noble gases and new procedures for attaining high oxidation state limits across the elements of the periodic table". «08.12.2008 — Neil Bartlett, emeritus professor of chemistry, dies at 75». berkeley.edu. Consultado el 14 de marzo de 2009.
↑ "For his distinguished career in electochemistry. [sic] He developed the method of preparing, for the first time, clean and well-defined metal surfaces and putting them into contact with the electrolyte without contamination". «London Mathematics Society». London Mathematics Society. Archivado desde el original el 31 de diciembre de 2005. Consultado el 2 de abril de 2009.
↑ "For his many and varied contributions to molecular spectroscopy and its applications, particularly to astronomy". «香港中文大學 :: 資訊處 :: Prof. Takeshi Oka». www.cuhk.edu.hk. Archivado desde el original el 1 de abril de 2009. Consultado el 14 de marzo de 2009.
↑ "For his work on the application of NMR and other structural methods for studying protein folding and misfolding, especially the formation of amyloid fibrils, leading to novel insights on protein structure and folding". «University of Cambridge: 22 January 2007: Christopher Dobson elected new Master of St John's College». www.admin.cam.ac.uk. Archivado desde el original el 11 de mayo de 2011. Consultado el 14 de marzo de 2009.
↑ "For his pioneering work in the field of molecular semiconductors which has now become a large and important area of semiconductor science and technology". «Nystar Newsletter — New York City Archive — September 2006». www.nystar.state.ny.us. Archivado desde el original el 23 de julio de 2011. Consultado el 14 de marzo de 2009.
↑ "For his many innovative experimental contributions to a broad area of chemical physics, including molecular reaction dynamics, molecular spectroscopy and most recently, biophysical chemistry"
↑ "For his contributions in molecular technology"
↑ "For his pioneering contributions to several fields, most recently to the field of dynamic combinatorial chemistry at the forefront of supramolecular chemistry". «Davy Medal». The Royal Society. Consultado el 5 de agosto de 2011.
↑ "For her ground-breaking and novel use of mass spectrometry for the characterisation of large protein complexes.". «Davy Medal». The Royal Society. Consultado el 5 de agosto de 2011.
↑ "For his seminal contributions to the study of ultrafast reactions and the understanding of transition states in chemistry, and to dynamic electron microscopy." «Royal Society announces 2011 Copley Medal recipient». The Royal Society. Consultado el 19 de julio de 2011.
↑ "For his pioneering protein film electrochemistry allowing exquisite thermodynamic and kinetic control of redox enzymes, exemplified by hydrogenases, key in energy technology.". «Davy Medal - Most recent medallist». The Royal Society. Consultado el 11 de julio de 2012.
↑ "for the discovery of catalysis by gold and for his seminal contributions to this new field of chemistry". «Davy Medal - Most recent medallist». The Royal Society. Consultado el 12 de septiembre de 2013.
↑ "for further pioneering applications of solid state nuclear magnetic resonance to materials of relevance to energy and the environment". «Clare Grey awarded the Davy Medal». University of Cambridge. Consultado el 1 de agosto de 2014.
↑ "for his work in determining the reaction chemistry of enzyme-catalysed carbohydrate transformations". «Davy Medal | Royal Society». Royal Society. Consultado el 20 de noviembre de 2015.
↑ "for distinguished contributions to the chemistry of bio-mineralization and for pioneering the bio-inspired synthesis and self-assembly of functional nanostructures and hybrid nanoscale objects". «Davy Medal | Royal Society». Royal Society. Consultado el 15 de octubre de 2016.
↑ "his advances in the design and discovery of functional materials, integrating the development of new experimental and computational techniques". Royal Society:url=https://royalsociety.org
↑ "pioneering leadership in understanding the depletion of the global ozone layer by halocarbons, particularly coupling between chemistry, radiation, and dynamics, and the special vulnerability of Arctic ozone". Royal Society:url=https://royalsociety.org
↑ "for his ground-breaking methods coupling boronic esters creating 3-D architectures with full control over shape and functionality with broad ranging applications across the sciences.". Royal Society:url=https://royalsociety.org/grants-schemes-awards/awards/davy-medal/
↑ "for pioneering leadership in understanding the depletion of the global ozone layer by halocarbons, particularly coupling between chemistry, radiation, and dynamics, and the special vulnerability of Arctic ozone". Royal Society:url=https://royalsociety.org/grants-schemes-awards/awards/davy-medal/

Referencias

General

«Davy recent winners». Royal Society. Consultado el 5 de agosto de 2011.
«Davy archive winners 1989–1900». Royal Society. Archivado desde el original el 31 de julio de 2013. Consultado el 5 de agosto de 2011.
«Davy archive winners 1899–1877». Royal Society. Archivado desde el original el 7 de octubre de 2012. Consultado el 5 de agosto de 2011.

Enlaces externos

Página de la Royal Society con información sobre la medalla.
Lista oficial de medallistas, 1877-1899
Lista oficial de medallistas, 1900-1989
Lista oficial de medallistas, 1990-2008

Datos: Q220842
Multimedia: Davy Medal / Q220842

[rs-1] "for an outstandingly important recent discovery in any branch of chemistry".«Davy Medal». Royal Society. Consultado el 5 de agosto de 2011.

[2] Boas Hall, Marie (2002). All Scientists Now: The Royal Society in the Nineteenth Century. Cambridge University Press. p. 146. ISBN 0-521-89263-5.

[3] "for their researches & discoveries in spectrum analysis"

[4] for his pioneering protein film electrochemistry allowing exquisite thermodynamic and kinetic control of redox enzymes, exemplified by hydrogenases, key in energy technology.

[rs1-5] "for their discovery of the periodic relations of the atomic weights"; «Davy archive winners 1899–1877». The Royal Society. Archivado desde el original el 7 de octubre de 2012. Consultado el 5 de agosto de 2011.

[rs2-6] «Davy archive winners 1989–1900». Royal Society. Archivado desde el original el 31 de julio de 2013. Consultado el 5 de agosto de 2011.

[7] "For their researches & discoveries in spectrum analysis". Lagowski, J. J. (2004). Chemistry: Foundations and Applications. Macmillan Reference USA. p. 151.

[8] "For their researches, conducted independently, but contemporaneously, on the condensation of the so-called permanent gases". Annual Report of the Board of Regents of the Smithsonian Institution. United States National Museum. 1901. p. 131.

[9] "For his discovery of gallium". Lockyer, Norman (1912). Nature. Nature Publishing Group. p. 352.

[10] "For his researches on the organic compounds of silicon, and other investigations". Surrey, Alexander Robert (1961). Name reactions in organic chemistry. Academic Press. p. 101.

[11] "For his synthesis of indigo". Gillispie, Charles Coulston (1970). Dictionary of Scientific Biography. American Council of Learned Societies. p. 389.

[12] "For their discovery of the periodic relations of the atomic weights". Clyde Day, Marion (1969). Theoretical Inorganic Chemistry. Reinhold Book Corporation. p. 79.

[13] "For their researches in thermo-chemistry". Science. HighWire Press. 1883.

[14] "For his researches in the isomerism of alcohols". The Lancet (2nd edición). J. Onwhyn. 1884. p. 939.

[15] "For his researches on the atomic weights". The Academy (28th edición). 1885. p. 360.

[16] "For his researches on atomic weights". Memoirs and Proceedings — Manchester Literary and Philosophical Society (39th edición). Manchester Literary and Philosophical Society. 1895.

[AHSS-17] "For his discovery of the periodic law of the chemical elements". Ede, Andrew; Lesley B. Cormack (2004). A History of Science in Society: From Philosophy to Utility. Broadview Press. p. 120. ISBN 1-55111-666-9.

[18] Russell, Colin A. (2003). Edward Frankland: Chemistry, Controversy and Conspiracy in Victorian England. Cambridge University Press. p. 460. ISBN 0-521-54581-1.

[19] "For his investigations on the behaviour of substances under the influences of the electric discharge in a high vacuum". Tilden, W. A. (1968). Famous Chemists. Ayer Publishing. p. 267. ISBN 0-8369-0944-5.

[harrow-20] "For his researches on magnetic rotation in relation to chemical constitution". Harrow, Benjamin (1920). Eminent Chemists of Our Time. D. van Nostrand. p. 13. ISBN 0-8369-0514-8.

[21] "For his discoveries in organic chemistry and especially for his researches on the carbo-hydrates". Tilden, William A. (2007). Chemical Discovery and Invention — In the Twentieth Century. Read Books. p. 476. ISBN 1-4067-5805-1.

[22] "For his researches on the determination of vapour densities at high temperatures".

[23] "For his researches on the freezing points of solutions, and on the vapour pressures of solutions". Journal of the Chemical Society. Chemical Society of Great Britain. 1902. p. 977.

[24] "In recognition of their introduction of the theory of asymmetric carbon, and its use in explaining the constitution of optically active carbon compounds". Harrow, Benjamin (1920). Eminent Chemists of Our Time (2nd edición). D. van Nostrand company. p. 93.

[25] "For his researches on the chemistry of the rare earths". Nature. Nature Publishing Group. 1895. p. 137.

[26] "For his share in the discovery of argon, and for his discoveries regarding gaseous constituents of terrestrial minerals". The Scientific Monthly (9th edición). American Association for the Advancement of Science. 1919. p. 173.

[27] "For the isolation of fluorine, and the use of the electric furnace in the preparation of refractory metals and their compounds". Daedalus: Proceedings of the American Academy of Arts and Sciences (81st edición). American Academy of Arts and Sciences. p. 78.

[28] "For his numerous contributions to chemical science, and especially for his important work in the application of optical methods to chemistry". Burke, Edmund; James Dodsley (1891). Annual Register. Annual Register. p. 66.

[29] "For his contributions to organic chemistry especially in the domain of stereochemical isomerism". Nature (67th edición). Nature Publishing Group. 1903. p. 229.

[30] "For his researches on madder, indigo, and chlorophyll". Science (10th edición). Moses King. 1899. p. 821.

[31] "For his brilliant investigations on the position theory of the aromatic compounds". Popular Science Monthly (58th edición). McClure, Phillips and Co. 1901.

[32] "For his contributions to spectroscopy". Archer, Mary D.; Christopher D. Haley (2005). The 1702 Chair of Chemistry at Cambridge: Transformation and Change. Cambridge University Press. p. 318. ISBN 0-521-82873-2.

[33] "For the application of the theory of dissociation to the explanation of chemical change". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 15. ISBN 81-7371-210-7.

[34] "For their researches on radium". Quinn, Susan (2996). Marie Curie: A Life. Perseus Books Group. p. 185. ISBN 0-201-88794-0.

[35] "For his notable discoveries in organic chemistry".

[36] "For his researches in organic chemistry, especially in connection with the synthesis of natural alkaloids". Monmouth Smith, Henry (1949). Torchbearers of Chemistry: Portraits and Brief Biographies of Scientists who Have Contributed to the Making of Modern Chemistry. Academic Press. p. 270.

[37] "For his investigations in chemistry especially his work on lactones and acids". British Medical Journal (2nd edición). British Medical Association. 1906. p. 266.

[38] "On the ground of his contributions to physics and chemistry, and especially for his determinations of the relative atomic weights of hydrogen & oxygen". R. Hamerla, Ralph (2006). American Scientist on the Research Frontier: Edward Morley, Community, and Radical Ideas in Nineteenth-century Science. Springer. p. 232. ISBN 1-4020-4088-1.

[39] "On the ground of his discoveries in chemistry, especially on the terpenes and on atomic heats". Nature. Nature Publishing Group. 1908. p. 136.

[40] "On the ground of his researches at low temperatures". Knight, David M.; Norman Lockyer (1998). The Development of Chemistry, 1789-1914. Taylor & Francis. p. 482. ISBN 0-415-17913-0.

[41] "On the ground of his researches on the detrmination [sic] of atomic weights". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 247. ISBN 81-7371-210-7.

[42] "On the ground of his researches in organic and general chemistry".

[43] "On the ground of his researches on the chemistry of the essential oils, and the cyclo-olefines". Popular Science Monthly (82nd edición). McClure, Phillips and Co. 1913. p. 104.

[44] "On the ground of work in synthetic chemistry".

[45] "On the ground of his important contributions to structural & organic chemistry". Dodsley, James (1915). Annual Register. p. 34.

[46] "For his researches on contact action, and the application of finely divided metals as catalytic agents". Sabatier, Paul (2008). Catalysis in Organic Chemistry. BiblioBazaar. p. XXIV. ISBN 1-4264-7873-9.

[47] "On the ground of his eminence as a chemist". West, David Richard Frederick; J. E. Harris (1999). Metals and the Royal Society. Institute of Materials Communications. p. 572. ISBN 1-86125-028-2.

[48] "On the ground of his important researches in the domain of organic chemistry". Burke, Edmund; James Dodsley (1918). Annual Register (6th edición). p. 119.

[49] "On the ground of his studies in the camphor group and among the organic derivatives of nitrogen and silicon". Jeans, James Hopwood (1949). The Physics of the Universe (164th edición). R. & R. Clark. p. 93.

[50] "On the ground of his distinguished work in chemistry, especially that on optical activity, and on fermentation". Matthew, Henry Colin Gray; Brian Howard Harrison (2004). Oxford Dictionary of National Biography. Oxford University Press. p. 770. ISBN 0-19-861370-9.

[51] "On the ground of his work in physical chemistry and more especially on the composition & constitution of alloys". West, David Richard Frederick; J. E. Harris (1999). Metals and the Royal Society. Institute of Materials Communications. p. 543. ISBN 1-86125-028-2.

[52] The Metallurgist and Materials Technologist (12th edición). Institution of Metallurgists. 1980. p. 394.

[53] "For his researches in physical chemistry". Science (54th edición). HighWire Press. 1921. p. 659.

[54] "For his researches in synthetic organic chemistry". Journal of Chemical Education. American Chemical Society. 1924. p. 98.

[55] "For his researches on the complete drying of gases and liquids". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 27. ISBN 81-7371-210-7.

[56] "For his researches on the structure of natural colouring matters".

[57] "For his work on the constitution of the sugars". Science. HighWire Press. 1926. p. 38.

[58] "For his work on the theory of ionisation". The Advancement of Science. British Association for the Advancement of Science. 1968.

[59] "For his work in physical chemistry, especially on the subject of electrolytic solutions". Weidlein, Edward Ray; William Allen Hamor (1936). Glances at Industrial Research: During Walks and Talks in Mellon Institute. Reinhold. p. 208.

[60] "For his contributions to physical chemistry and particularly for his theory of membrane equilibrium". Laboratory Practice (6th edición). United Trade Press. 1957. p. 115.

[61] "For his contributions to classical thermodynamics and the theory of valency". Devine, Elizabeth (1983). Thinkers of the Twentieth Century. Gale. p. 333. ISBN 0-333-33634-8.

[62] "For his work on the constitution and synthesis of natural products; also for his contributions to the theory of organic reactions". Schlessinger, Bernard S.; June H. Schlessinger (1986). The Who's who of Nobel Prize Winners. Oryx Press. p. 18. ISBN 0-89774-193-5.

[63] "For his researches in organic chemistry, particularly those connected with tautomerism and the mechanism of organic reactions". Williams, Trevor Illtyd; Sonia Withers (1982). A Biographical Dictionary of Scientists (3rd edición). Wiley. p. 310. ISBN 0-470-27326-7.

[64] "For his distinguished researches in organic chemistry". Journal of the Chemical Society. Chemical Society. 1953. p. 1025.

[65] "For his researches in organic chemistry, and for his work on the synthesis and properties of the cyanine dyes, and more especially for his investigation of novel types of asymmetric molecules". Matthew, H. C. G.; Brian Howard Harrison (2004). Oxford Dictionary of National Biography: From the Earliest Times to the Year 2000. Oxford University Press. p. 278. ISBN 0-19-861388-1.

[66] "For his researches on the molecular structure of carbohydrates". Trotsky, Susan; Thomson Gale Staff, Scott Peacock (1997). Contemporary Authors: A Bio-Bibliographical Guide to Current Writers in Fiction, General Nonfiction, Poetry, Journalism, Drama, Motion Pictures, Television, and Other Fields. Gale. p. 182. ISBN 0-7876-1862-4.

[67] "For his distinguished work in biochemistry and especially for his fundamental discoveries in the chemistry of alcoholic fermentation". «Arthur Harden — Biography». Arthur Harden. Consultado el 4 de marzo de 2009.

[68] "For his pioneer work on contact catalysis and his researches on the mechanism of combustion of hydrocarbons and on the nature of flames and on gaseous explosions". Egerton, A.C.; Egerton, A. C. (1946). «Obituary Notice — William Arthur Bone». Obituary Notices of the Royal Society of London (The Royal Society) 2 (7): 1165. doi:10.1039/JR9460001165.

[69] "In recognition of his work on the chemistry of the porphyrins, particularly his determination of their detailed structure by degradation and his syntheses of porphyrins of biological importance". Holmes, Frederic Lawrence; Charles Coulston Gillispie (1978). Dictionary of Scientific Biography. Scribner. p. 158. ISBN 0-684-14779-3.

[70] "In recognition of his distinguished researches on alkaloids and other natural products". O'Connor, W. J. (1991). British physiologists 1885-1914: A Biographical Dictionary. Manchester: Manchester University Press. p. 479. ISBN 0-7190-3282-2.

[71] "For having opened up the study of colloidal electrolytes, provided the elements of the guiding theory, and developed the subject". Journal of Colloid Science (8th edición). Academic Press. 1965. p. 375.

[72] "For his isolation of deuterium, the heavy hydrogen isotope, and for his work on this and other isotopes in following the detailed course of chemical reactions". Shils, Edward (1991). Remembering the University of 1940ago: Teachers, Scientists, and Scholars. University of Chicago Press. p. 526. ISBN 0-226-75335-2.

[73] "For his work as a pioneer in biochemical research and especially because of his fundamental contributions to the study of intermediate metabolism". Surrey, Alexander Robert (1954). Name reactions in organic chemistry. Academic Press. p. 45.

[74] "In recognition of his distinguished work on the mechanism of chemical reactions". Lockyer, Norman (1942). Nature: International Journal of Science (150th edición). Nature Publishing Group. p. 666.

[75] "In recognition of his many notable contributions to organic chemistry, especially to the chemistry of natural products of physiological importance". The Industrial Chemist (19th edición). Tothill Press. 1943. p. 701.

[76] "In recognition of his researches on explosives, analytical methods, the internal structure of diamond, and infra-red absorption spectra". Doren, Charles Lincoln van; Robert McHenry (1974). Webster's American Biographies. G. & C. Merriam Co. p. 11. ISBN 0-87779-053-1.

[77] "In recognition of his extensive researches in the field of organic chemistry and of his recent work in the alkaloid field". A Legislative History of the Federal Food, Drug, and Cosmetic Act and Its Amendments (20th edición). United States Food and Drug Administration. 1979.

[78] "In recognition of his distinguished work in applying physical methods to problems in organic chemistry". Matthew, Henry Colin Gray; Brian Howard Harrison (2004). Oxford Dictionary of National Biography: From the Earliest Times to the Year 2000. Oxford University Press. p. 273. ISBN 0-19-861379-2.

[79] "In recognition of his distinguished contributions to the theory of valency and for theor [sic] application to systems of biological importance". Goertzel, Ted George; Ben Goertzel (1995). Linus Pauling: A Life in Science and Politics. Basic Books. p. 1. ISBN 0-465-00673-6.

[80] "In recognition of his outstanding work in the determination of the structure of sugars, starches, plant gums and especially of vitamin C". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (2nd edición). McGraw-Hill. p. 67. ISBN 0-07-045266-0.

[81] "For his structural synthetic studies and achievements in organic and bio-chemistry, with special reference to vitamins B1 and E and the naturally occurring nucleosides". Technology Review (54th edición). Association of Alumni and Alumnae of the Massachusetts Institute of Technology. 1997. p. 32.

[82] "For his distinguished researches on the constitution of natural products, especially the plant hydro-carbons and their derivatives". «The Shaping of Indian Science: 1914-1947». Indian Science Congress Association (Orient Blackswan). 2003. ISBN 81-7371-432-0.

[83] "For his distinguished contributions to the subject of surface chemistry". Greene, Jay E.; William H. Crouse (1966). McGraw-Hill Modern Men of Science: 426 Leading Contemporary Scientists. McGraw-Hill. p. 393.

[84] "In recognition of his researches into the chemistry of natural products, particularly the wide range of glycosides, bitter principles and colouring matters containing heterocyclic oxygen atoms". Chemical Age Directory & Who's Who. Chemical Age. 1962. p. 112.

[85] "For his distinguished work on the applications of quantum mechanics to the theory of valency and to the analysis of the intimate structure of decimal compounds". Mehra, Jagdish; Helmut Rechenberg (2001). The Historical Development of Quantum Theory: Fundamental Equations of Quantum Mechanics and the Reception of the New Quantum Mechanics. Springer. p. 58. ISBN 0-387-95178-4.

[86] "For his distinguished fundamental investigations in organic chemistry". Chemical Age Directory & Who's Who. Chemical Age. 1962. p. 68.

[87] "In recognition of his distinguished work in physical chemistry and in polymer reactions". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (2nd edición). McGraw-Hill. p. 302. ISBN 0-07-045266-0.

[88] "In recognition of his distinguished contributions to the chemistry of natural products particularly those containing heterocyclic systems". The International Who's Who. Europa Publications. 1960. p. 406.

[89] "In recognition of her distinguished studies in the structure and growth of crystals". Ogilvie, Marilyn Bailey; Joy Dorothy Harvey (2000). The Biographical Dictionary of Women in Science: Pioneering Lives from Ancient Times to the Mid-20th Century. Taylor & Francis. p. 804. ISBN 0-415-92040-X.

[90] Haines, Catharine M. C.; Helen M. Stevens (2001). International Women in Science. ABC-CLIO. p. 183. ISBN 1-57607-090-5.

[91] West, David Richard Frederick; J. E. Harris (1999). Metals and the Royal Society. IOM Communications. p. 705. ISBN 1-86125-028-2.

[92] The Houghton Mifflin Dictionary of Biography. Houghton Mifflin Harcourt. 2003. p. 948. ISBN 0-618-25210-X.

[93] "In recognition of his distinguished work in chemical kinetics, especially in photochemistry". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (2nd edición). McGraw-Hill Book Company. p. 367. ISBN 0-07-045266-0.

[94] "In recognition of his distinguished researches in organic chemistry and particularly for his contributions to the structure and synthesis of natural products". Trosky, Susan; Scot Peacock (1998). Contemporary Authors. Gale. p. 423. ISBN 0-7876-1994-9.

[95] "In recognition of his distinguished pioneering work on the analysis of crystal structure, especially of organic compounds". Greene, J.E. (1980). McGraw-Hill Modern Scientists and Engineers (3rd edición). McGraw-Hill. p. 34. ISBN 0-07-045266-0.

[96] "In recognition of his distinguished researches in organic chemistry, particularly on the structure and stereochemistry of natural products of the terpene and steroid series; and the analysis of the conformation of cyclic structures". Chemistry: Nobel lectures : including presentation speeches and laureates' biographies. World Scientific. 1999. p. 313. ISBN 981-02-3408-2.

[97] "In recognition of his distinguished researches in inorganic chemistry and the discovery and examination of a wide range of new compounds". Renetzky, Alvin (1975). NSF Factbook: Guide to National Science Foundation Programs and Activities (2nd edición). Marquis Academic Media. p. 154. ISBN 0-8379-2201-1.

[98] "In recognition of his distinguished work on the elucidation of photochemical reactions, and for his study of fluorescence and phosphorescence in relation to the molecular processes concerned". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill modern scientists and engineers (1st edición). McGraw-Hill. ISBN 0-07-045266-0.

[99] "In recognition of his pioneering work in chemistry and biology, particularly his elucidation of the photosynthetic pathway for the incorporation of carbon dioxide by plants". Eggenberger, David I. (1973). The McGraw-Hill Encyclopedia of World Biography (2nd edición). McGraw-Hill. p. 338.

[100] "In recognition of his distinguished contributions to infra-red spectroscopy and its application to chemical problems". Greene, J.E. (1980). McGraw-Hill Modern Scientists and Engineers (3rd edición). McGraw-Hill. p. 207. ISBN 0-07-045266-0.

[101] "In recognition of his distinguished contributions to synthetic organic chemistry and to the elucidation of the structures of natural products".Proceedings of the Royal Society of London. Series A. Mathematical and physical sciences (296th edición). Journal Storage. 1967. p. vii.

[102] "In recognition of his distinguished work in the development of stereochemical concepts and on the structure of alkaloids and antibiotics". Chemistry and industry. Society of Chemical Industry. 1967. p. 2056.

[103] "In recognition of their distinguished joint work on the elucidation of the biosynthetic pathway to polyisoprenoids and steroids". Frängsmyr, Tore; Sture Forsén (1993). Chemistry, 1971-1980. Nobel Foundation. p. 186. ISBN 981-02-0787-5.

[104] "In recognition of his distinguished work on the mechanisms of chemical reactions". Sybil P. Parker, editor-in-chief. (1980). McGraw-Hill Modern Scientists and Engineers (1st edición). McGraw-Hill. p. 252. ISBN 0-07-045266-0.

[105] "In recognition of his distinguished work in theoretical chemistry". The Houghton Mifflin Dictionary of Biography. Houghton Mifflin Harcourt. 2003. p. 367. ISBN 0-618-25210-X.

[106] "In recognition of his distinguished contributions to our understanding of chemical reactions". Sidharth, B. G. (2008). A Century of Ideas: Personal Perspectives from a Selection of the Greatest Minds of the Twentieth Century. Springer. p. 43. ISBN 1-4020-4359-7.

[107] "In recognition of his distinguished biosynthetic studies of organic natural products and his development of new reagents for reduction processes". Impact of Science on Society (35th edición). United Nations Educational, Scientific and Cultural Organization. 1984. p. 321.

[108] "In recognition of his distinguished contributions to chemistry especially on the structural investigation of imperfect surfaces and non-stoichiometric materials". The Houghton Mifflin Dictionary of Biography. Houghton Mifflin Harcourt. 2003. p. 45. ISBN 0-618-25210-X.

[109] "In recognition of his distinguished researches on coenzyme A and studies of the constituents of bacterial cell walls". Sleeman, Elizabeth (2003). The International Who's Who 2004 (67th edición). Routledge. p. 91. ISBN 1-85743-217-7.

[110] Thrush, B. A., «Sugden, Sir (Theodore) Morris», en la página web del Oxford Dictionary of National Biography (requiere suscripción) (en inglés) .

[111] "In recognition of his outstanding contributions to nuclear magnetic resonance spectroscopy and its application to chemical and biological problems". Sleeman, Elizabeth (2003). The International Who's Who 2004 (67th edición). Routledge. p. 1408. ISBN 1-85743-217-7.

[112] "In recognition of his outstanding and internationally recognized contributions to biosynthesis – his meticulous and logical unravelling of the complex pathways by which alkaloids and porphyrins are elaborated in vivo". Archer, Mary D.; Christopher D. Haley (2005). The 1702 Chair of Chemistry at Cambridge: Transformation and Change. Cambridge University Press. p. vii. ISBN 0-521-82873-2.

[113] "In recognition of his distinguished contributions to modern synthetic organic chemistry, well illustrated by his impressive total synthesis of vitamin B12". Hargittai, István; Magdolna Hargittai (2003). Candid science III: more conversations with famous chemists. Imperial College Press. p. 97. ISBN 1-86094-336-5.

[114] "In recognition of his distinguished contributions to transition metal chemistry and the understanding of catalysis involving ligating molecules such as olefins or dinitrogen". Report / Agricultural Research Council. University of California. 1977. p. 70. ISBN 0-10-207278-7.

[115] "In recognition of his distinguished contributions to the chemistry of natural products including vitamin B12 porphyrins, plant germination factors and insect hormones and pheromones".American Men of Science: A Biographical Directory (6th edición). Jaques Cattell Press. 1979. p. 5634.

[116] "In recognition of his distinguished contributions to organic synthesis and in particular his ingenious applications of acetylenic intermediates". American Jewish Year Book. American Jewish Committee. p. 273.

[117] "In recognition of his distinguished studies of the mechanisms of a wide range of chemical reactions based on semi-empirical wave mechanical calculations". The Alcalde. Emmis Communications. 1988. p. 12. ISSN 0002-497X.

[118] "In recognition of his distinguished creativity in the fields of biosynthesis and bioorganic stereochemistry".Lockyer, Norman (1983). Nature. Nature Publishing Group. p. 47. ISBN 0-333-33274-1.

[119] "In recognition of his distinguished contributions to the theoretical basis of thermodynamic aspects of polymer chemistry". Proceedings of the Royal Society of London. Series A. Mathematical and physical sciences (397th edición). 1985. p. 184.

[120] "For his outstanding work on the structure and reactivity of metal cluster compounds, including pioneering work on carbido and hydrido derivatives, and pi-donor organic molecules". Proceedings of the Royal Society of London. Series A. Mathematical and physical sciences (397th edición). 1986. p. 184.

[121] "In recognition of his early seminal proposal of the ways enzymes deal asymmetrically with symmetrical substrates and his later quantitative analysis of macromolecule interactions which elucidated polymer exclusion effects". Rubinstein, W. D. (1991). The Harvester Biographical Dictionary of Life Peers. Harvester Wheatsheaf. p. 340. ISBN 0-7108-1218-3.

[122] "In recognition of his contributions to the chemistry of human DNA — in particular the discovery and exploitation of hypervariable satellites in the human genome". Sleeman, Elizabeth (2003). The International Who's Who 2004 (67th edición). Routledge. p. 813. ISBN 1-85743-217-7.

[123] "In recognition of his wide-ranging contributions to theoretical chemistry, especially his development and application of techniques for the computation of molecular wave-functions and properties". Hargittai, István; Magdolna Hargittai (2003). Candid science III: more conversations with famous chemists. Imperial College Press. p. 179. ISBN 1-86094-336-5.

[124] "In recognition of his many distinguished contributions to organometallic chemistry, including the discovery that species containing carbon-metal of metal-metal multiple bonds are versatile reagents for synthesis of cluster compounds with bonds between different transition elements". Barker, Philip (1905). Top 1000 Scientists. Inter-India Publications. p. 321. ISBN 81-7371-210-7.

[125] "For pioneering the quantitative study of free radical reactions in solution, in glasses and in living organisms, particularly using electron magnetic resonance". Year-book of the Royal Society of London (97th edición). Harrison & Sons. 1993. p. 1973. ISBN 0-85403-468-4.

[126] "In recognition of his contributions to mechanistic chemistry integrated with enzymology, particularly the application of chemical methods to solve fundamental biological problems of recognition and catalysis". Nemeh, Katherine H.; Pamela M. Kalte (2003). American men & women of science: a biographical directory of today's leaders in physical, biological and related sciences (21st edición). Thomson Gale. p. 424. ISBN 0-7876-6527-4.

[127] "Distinguished for the determination and characterization of the molecular spectra of transient species". Year-book of the Royal Society of London (97th edición). Harrison & Sons. 1993. p. 1973. ISBN 0-85403-468-4.

[128] "Distinguished for his contributions to bio-organic chemistry, in particular to an understanding of the biosynthesis of beta-lactam antibodies". Byford, Michael F.; Jack E. Baldwin, Chia-Yang Shiau, Christopher J. Schofield (10 de noviembre de 1997). «The Mechanism of ACV Synthetase». The Oxford Centre for Molecular Sciences and Dyson Perrins Laboratory: American Chemical Society. pp. 2631-2650. Consultado el 13 de marzo de 2009. doi 10.1021/cr960018l

[129] "For his pioneering studies of solid-state chemistry, and for the major advances he has made in the design of new materials for heterogeneous catalysis". Gjurgevich, Brian (14 de abril de 2004). «Prominent chemist to present Pauling lectures». The Daily Barometer. Archivado desde el original el 10 de agosto de 2011. Consultado el 13 de marzo de 2009.

[130] "In recognition of his contribution to organometallic chemistry with particular application to catalytic reactions"

[131] "In recognition of his contribution to organotransition metal chemistry and the development of homogeneous catalysis and his work on hydroformylation". «Archives Hub: Wilkinson, Sir Geoffrey, 1921-1996». www.archiveshub.ac.uk. Archivado desde el original el 17 de julio de 2012. Consultado el 14 de marzo de 2009.

[132] "In recognition of his work on supramolecular chemistry, on self-assembling molecules and on chemical devices"

[133] "In recognition for his pioneering work on the analysis of proteins by combining the methods and ideas of physical-organic chemistry with those of protein engineering thus illuminating such processes as enzymatic catalysis, protein folding, protein-protein interactions and those macromolecule interactions in general that are dominated by the chemistry of the noncovalent bond". «Imperial College London — New Fellows of Imperial College London announced». www.imperial.ac.uk. Consultado el 14 de marzo de 2009.

[134] "In recognition of his leading work in inorganic chemistry, particularly his major impact on the chemistry of transition metals and his pioneering research on the unique triply metal-metal bonded dimolybdenum and ditungsten dialkylamides, alkoxides and alkyls, and for the use of these compounds in further important syntheses". Senecal, Karen (23 de noviembre de 1999). «Chemistry department hires professor in quest for top 10». The Lantern. Consultado el 13 de marzo de 2009. (enlace roto disponible en Internet Archive; véase el historial, la primera versión y la última).

[135] "In recognition of his invention of new synthetic methods applied to the synthesis of complex natural products including those from insects, micro-organisms and plants. Among his most outstanding successes have been the synthesis of avermectin B1a, tetronasin, the milbemycins and indanomycin as well as his important development of short, practical syntheses of oligosaccharides". «Society of Chemical Industry: SCI Honours». www.soci.org. Archivado desde el original el 8 de julio de 2013. Consultado el 14 de marzo de 2009.

[136] "For his pioneering contributions to the understanding of biosynthetic pathways, and in particular for his work on vitamin B12. He is a world leader in his area and the impact of his discoveries are likely to have a significant effect on the way natural product chemistry progresses into the future"

[137] "For his research exploring the highest oxidation limits of the less oxidizable elements, primarily using elemental fluorine. [sic] He has exposed the new chemistry of the noble gases and new procedures for attaining high oxidation state limits across the elements of the periodic table". «08.12.2008 — Neil Bartlett, emeritus professor of chemistry, dies at 75». berkeley.edu. Consultado el 14 de marzo de 2009.

[138] "For his distinguished career in electochemistry. [sic] He developed the method of preparing, for the first time, clean and well-defined metal surfaces and putting them into contact with the electrolyte without contamination". «London Mathematics Society». London Mathematics Society. Archivado desde el original el 31 de diciembre de 2005. Consultado el 2 de abril de 2009.

[139] "For his many and varied contributions to molecular spectroscopy and its applications, particularly to astronomy". «香港中文大學 :: 資訊處 :: Prof. Takeshi Oka». www.cuhk.edu.hk. Archivado desde el original el 1 de abril de 2009. Consultado el 14 de marzo de 2009.

[140] "For his work on the application of NMR and other structural methods for studying protein folding and misfolding, especially the formation of amyloid fibrils, leading to novel insights on protein structure and folding". «University of Cambridge: 22 January 2007: Christopher Dobson elected new Master of St John's College». www.admin.cam.ac.uk. Archivado desde el original el 11 de mayo de 2011. Consultado el 14 de marzo de 2009.

[141] "For his pioneering work in the field of molecular semiconductors which has now become a large and important area of semiconductor science and technology". «Nystar Newsletter — New York City Archive — September 2006». www.nystar.state.ny.us. Archivado desde el original el 23 de julio de 2011. Consultado el 14 de marzo de 2009.

[142] "For his many innovative experimental contributions to a broad area of chemical physics, including molecular reaction dynamics, molecular spectroscopy and most recently, biophysical chemistry"

[143] "For his contributions in molecular technology"

[144] "For his pioneering contributions to several fields, most recently to the field of dynamic combinatorial chemistry at the forefront of supramolecular chemistry". «Davy Medal». The Royal Society. Consultado el 5 de agosto de 2011.

[145] "For her ground-breaking and novel use of mass spectrometry for the characterisation of large protein complexes.". «Davy Medal». The Royal Society. Consultado el 5 de agosto de 2011.

[146] "For his seminal contributions to the study of ultrafast reactions and the understanding of transition states in chemistry, and to dynamic electron microscopy." «Royal Society announces 2011 Copley Medal recipient». The Royal Society. Consultado el 19 de julio de 2011.

[147] "For his pioneering protein film electrochemistry allowing exquisite thermodynamic and kinetic control of redox enzymes, exemplified by hydrogenases, key in energy technology.". «Davy Medal - Most recent medallist». The Royal Society. Consultado el 11 de julio de 2012.

[148] "for the discovery of catalysis by gold and for his seminal contributions to this new field of chemistry". «Davy Medal - Most recent medallist». The Royal Society. Consultado el 12 de septiembre de 2013.

[149] "for further pioneering applications of solid state nuclear magnetic resonance to materials of relevance to energy and the environment". «Clare Grey awarded the Davy Medal». University of Cambridge. Consultado el 1 de agosto de 2014.

[150] "for his work in determining the reaction chemistry of enzyme-catalysed carbohydrate transformations". «Davy Medal | Royal Society». Royal Society. Consultado el 20 de noviembre de 2015.

[151] "for distinguished contributions to the chemistry of bio-mineralization and for pioneering the bio-inspired synthesis and self-assembly of functional nanostructures and hybrid nanoscale objects". «Davy Medal | Royal Society». Royal Society. Consultado el 15 de octubre de 2016.

[152] "his advances in the design and discovery of functional materials, integrating the development of new experimental and computational techniques". Royal Society:url=https://royalsociety.org

[153] "pioneering leadership in understanding the depletion of the global ozone layer by halocarbons, particularly coupling between chemistry, radiation, and dynamics, and the special vulnerability of Arctic ozone". Royal Society:url=https://royalsociety.org

[154] "for his ground-breaking methods coupling boronic esters creating 3-D architectures with full control over shape and functionality with broad ranging applications across the sciences.". Royal Society:url=https://royalsociety.org/grants-schemes-awards/awards/davy-medal/

[155] "for pioneering leadership in understanding the depletion of the global ozone layer by halocarbons, particularly coupling between chemistry, radiation, and dynamics, and the special vulnerability of Arctic ozone". Royal Society:url=https://royalsociety.org/grants-schemes-awards/awards/davy-medal/

Medalla Davy

Lista de galardonados con la Medalla Davy

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Medalla Davy
Nombre original	Davy Medal
Premio a	Descubrimientos en el campo de la química.
Otorgado por	Royal Society
Ubicación	Reino Unido Reino Unido
Historia
Primera entrega	1877 - actualidad
Sitio web oficial
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