Leverhulme Medal (Royal Society)
The Leverhulme Medal is awarded by the
Cyril Norman Hinshelwood, who won the medal in 1960 for "his outstanding contributions to physical chemistry" and the Nobel Prize in 1956.[2] Anne Neville became the first woman to receive the award in 2016.[3]
List of recipients
| Year | Name | Rationale | Notes |
|---|---|---|---|
| 1960 | Cyril Norman Hinshelwood |
"for his outstanding contributions to physical chemistry" | [4] |
| 1963 | Archer John Porter Martin |
"for his distinguished and fundamental discoveries in chromatography and its application" | [5] |
| 1966 | Alec Issigonis | "for his distinguished contributions to the design of motor cars, particularly the Morris Minor and Austin and Morris Mini" | [6] |
| 1969 | Hans Kronberger | "for his many distinguished contributions to nuclear reactor research and development and for outstanding leadership in all branches of his field" | — |
| 1972 | John Adams | "for his many distinguished work in development of particle accelerators, and plasma physics" | — |
| 1975 | Frank Rose | "for his distinguished contributions to the application of chemical science to industry" | — |
| 1978 | Frederick Warner | "for his outstanding work as consulting engineer both nationally and internationally in many branches of chemical engineering, particularly control of pollution" | [7] |
| 1981 | Stanley Hooker | "for his work on superchargers of the Merlin engines, the development of the first Rolls-Royce jet engines, then Bristol engines including that for the jump jet and, later, the final development of the Rolls-Royce RB211 engine" | — |
| 1984 | John Frank Davidson |
"for his distinguished contributions to chemical engineering, in particular the use of fluidised beds." | — |
| 1987 | George William Gray |
"for his many contributions to the technologically important field of liquid crystals" | [8] |
| 1990 | Ray Freeman | "for introducing new techniques in high resolution nuclear magnetic resonance spectroscopy, particularly the development of two-dimensional Fourier transform methods" | [9] |
| 1993 | John Rowlinson |
"distinguished for his contributions to thermodynamics, in particular to an understanding of the physical chemistry of gas–liquid interfaces and surfaces" | [10] |
| 1996 | Man Mohan Sharma | "for his work on the dynamics of multi-phase chemical reactions in industrial processes" | [11] |
| 1999 | Jack Baldwin | "in recognition of his distinguished contributions to the field of organic chemistry including his work on natural products synthesis and biosynthesis, particularly for his research in the b-lactam antibiotic field, initially contributing to biosynthetic problems which paved the way to the study of the enzymology of the process and eventually culminating in the determination of the crystal structure of isopenicillin N synthase" | [12] |
| 2002 | Nicholas Handy | "for his pioneering contributions to the development of the modern methodology of quantum chemistry, which has had an enormous impact on chemistry and molecular biology" | [13] |
| 2005 | John Knott | "for his distinguished contributions to the quantitative scientific understanding of fracture processes in metals and alloys and its engineering applications" | [1] |
| 2008 | Anthony Cheetham | "for the discovery and characterisation of novel materials exhibiting potential for catalysis and storage" | [14] |
| 2010 | Martyn Poliakoff | "for his outstanding contributions in the fields of Green Chemistry and supercritical fluids by the application of chemistry to advance chemical engineering processes" | [3] |
| 2013 | Konstantin Novoselov | "for revolutionary work on graphene, other two‐dimensional crystals and their heterostructures that has great potential for a number of applications, from electronics to energy." | [3] |
| 2016 | Anne Neville | "for revealing diverse physical and chemical processes at interacting interfaces, emphasising significant synergy between tribology and corrosion and in addition for exceptional research which has enhanced understanding of basic processes and addressed major industrial problems." | [3] |
| 2019 | Frank Caruso | "for driving the application of engineered particles in biology and medicine through nanoscale materials engineering" | [3] |
| 2022 | Charlotte Williams | "for her pioneering work developing and understanding high performance carbon dioxide utilization catalysts and implementable processes" | [3] |
References
General
- "Leverhulme previous winners 2005–1960". Royal Society. Retrieved 27 January 2009.
Specific
- ^ a b "The Leverhulme Medal (1960)". The Royal Society. Retrieved 27 January 2009.
- ^ a b "All Nobel Laureates in Chemistry". The Nobel Prize Foundation. Retrieved 28 January 2009.
- ^ a b c d e f "Leverhulme Medal". The Royal Society. Retrieved 11 January 2017.
- ^ "Sir Cyril Hinshelwood – Biography". Nobel Prize Foundation. Retrieved 27 January 2009.
- ^ "Archer J.P. Martin – Biography". Nobel Prize Foundation. Retrieved 27 January 2009.
- ISBN 9781579582937. Retrieved 27 January 2009.
- ^ "Papers and correspondence of Sir Frederick Warner". Mimas. Archived from the original on 29 June 2012. Retrieved 27 January 2009.
- ^ "The Scientist: Royal Society Medals and Awards". The Scientist. Retrieved 27 January 2009.
- ^ "Annual Report: Awards, Prizes and Appointments". Cambridge University. Retrieved 27 January 2009.
- ISBN 9781857432176. Retrieved 27 January 2009.
- ^ "Prof. Man Mohan Sharma". University of Auckland. Archived from the original on 12 January 2009. Retrieved 27 January 2009.
- ^ "Oxford University Gazette, Thursday 11 November 1999". Oxford University. 11 November 1999. Archived from the original on 10 June 2011. Retrieved 27 January 2009.
- ^ "International Academy of Quantum Molecular Science – Members – Nicholas C. Hardy". International Academy of Quantum Molecular Science. Archived from the original on 20 August 2008. Retrieved 27 January 2009.
- ^ "Functional Inorganics and Hybrid Materials: Anthony K. Cheetham resume". University of Cambridge. Archived from the original on 1 July 2010. Retrieved 27 January 2009.