Linked from

The 164 pages that link to Nobel Prize in Chemistry, each with the reason it gives.

• FullereneNarrower topic: The 1996 prize recognized the discovery of fullerenes.

• Max PerutzNarrower topic: Perutz shared the 1962 prize with John Kendrew for studies of globular proteins.

• F. Sherwood RowlandNarrower topic: The 1995 prize recognized Rowland, Molina, and Crutzen for atmospheric ozone research.

• FerroceneNarrower topic: Wilkinson and Fischer shared the 1973 prize for pioneering organometallic chemistry, including work on sandwich compounds.

• Richard KuhnNarrower topic: Kuhn’s 1938 award belongs to this prize’s history and changing scientific context.

• Jean-Marie LehnNarrower topic: The 1987 award recognized Lehn’s work alongside complementary achievements by Cram and Pedersen.

• George de HevesyNarrower topic: De Hevesy's 1943 prize placed his isotope research among the field's recognized achievements.

• Harold UreyNarrower topic: Urey received the 1934 prize for discovering heavy hydrogen and investigating its properties.

• Osamu ShimomuraNarrower topic: Shimomura shared its 2008 award with Chalfie and Tsien for GFP research.

• Ryōji NoyoriNarrower topic: The prize provides the broader context for Noyori’s 2001 recognition.

• Vladimir PrelogNarrower topic: Its 1975 award recognized Prelog’s contributions to stereochemistry alongside Cornforth’s work.

• Akira SuzukiNarrower topic: The 2010 prize recognized Suzuki, Heck, and Negishi for palladium-catalyzed coupling.

• Richard SmalleyNarrower topic: The 1996 award recognized Smalley, Curl, and Kroto for their fullerene discovery.

• Robert CurlNarrower topic: The 1996 prize recognized Curl, Kroto, and Smalley for their fullerene discovery.

• Aaron CiechanoverNarrower topic: The 2004 prize recognized the trio’s discovery of ubiquitin-mediated protein degradation.

• Adolf WindausNarrower topic: Windaus received the 1928 prize for research on the constitution of sterols and their connection with vitamins.

• Akira YoshinoNarrower topic: The 2019 prize jointly recognized Yoshino, Whittingham, and Goodenough for lithium-ion batteries.

• Avram HershkoNarrower topic: Hershko received the 2004 prize with Ciechanover and Rose for their discovery.

• Harry KrotoNarrower topic: Its 1996 award recognized Kroto, Curl, and Smalley for their fullerene discovery.

• Herbert C. BrownNarrower topic: The 1979 award recognized Brown’s organoborane work alongside Wittig’s reagent chemistry.

• Hideki ShirakawaNarrower topic: The 2000 prize recognized Shirakawa, MacDiarmid, and Heeger for conductive polymer research.

• Koichi TanakaNarrower topic: Tanaka received half of its 2002 award for advancing mass spectrometric analysis.

• Martin ChalfieNarrower topic: Chalfie shared its 2008 award for work on GFP.

• PolarographyNarrower topic: Heyrovský’s 1959 award recognized his discovery and development of polarographic methods.

• Ahmed ZewailNarrower topic: Zewail received the 1999 prize for studying transition states in chemical reactions using femtosecond spectroscopy.

• Alan J. HeegerNarrower topic: The 2000 prize recognized Heeger’s role in establishing conductive polymers.

• Kurt AlderNarrower topic: Its 1950 award recognized Alder and Diels for their work on the reaction.

• Melvin CalvinNarrower topic: Calvin received the 1961 prize for research on carbon dioxide assimilation in plants.

• William E. MoernerNarrower topic: The 2014 award placed Moerner’s microscopy work within the Nobel tradition of recognizing chemical measurement advances.

• Ben FeringaNarrower topic: The 2016 award recognized Feringa, Stoddart, and Sauvage for molecular-machine design and synthesis.

• Derek BartonNarrower topic: Barton’s 1969 award placed conformational analysis among chemistry’s recognized advances.

• Jens Christian SkouNarrower topic: The 1997 award recognized Skou’s discovery of the sodium–potassium pump.

• Jerome KarleNarrower topic: Karle’s 1985 award placed his crystallographic work within the field’s highest honors.

• John PolanyiNarrower topic: Its 1986 award recognized Polanyi alongside Herschbach and Lee.

• Paul J. CrutzenNarrower topic: Crutzen’s 1995 award made atmospheric ozone chemistry a defining achievement in the prize’s history.

• Richard Laurence Millington SyngeNarrower topic: The 1952 award recognized Synge and Martin’s development of partition chromatography.

• Richard R. ErnstNarrower topic: Ernst’s 1991 award placed his spectroscopy advances among chemistry’s recognized achievements.

• Stefan HellNarrower topic: The 2014 award recognized Hell, Betzig, and Moerner for super-resolved fluorescence microscopy.

• William LipscombNarrower topic: The 1976 award recognized Lipscomb’s work on boranes and chemical bonding.

• Cyril N. HinshelwoodNarrower topic: Its 1956 award recognized Hinshelwood and Semenov’s work on chemical reaction mechanisms.

• Fritz PreglNarrower topic: Pregl’s 1923 award placed microanalysis among chemistry’s recognized advances.

• Heinrich Otto WielandNarrower topic: The 1927 prize brought Wieland’s bile-acid research international recognition.

• Nikolay SemyonovNarrower topic: The 1956 prize recognized Semyonov and Hinshelwood for research on chemical reaction mechanisms.

• Norman HaworthNarrower topic: Haworth’s 1937 award recognized his research on carbohydrates and vitamin C.

• Paul FloryNarrower topic: Flory received the 1974 award for fundamental achievements in polymer chemistry.

• Richard Adolf ZsigmondyNarrower topic: Zsigmondy's 1925 award recognized his work on the heterogeneous nature of colloid solutions.