欧美AV

Prize Winner

For the development of Digital Microfluidics-Nuclear Magnetic Resonance (DMF-NMR) technology for enhanced chemical analysis.

Prize Winner

For the discovery of a new class of enzymes, the pericyclases, that catalyse reactions in biosynthesis of complex natural products, and for identifying their mechanisms.

Prize Winner

For outstanding contributions to medicinal chemistry programmes and to inclusion and diversity at GSK.

Prize Winner

For the development of new research areas in molecular magnetism and contributions to the study of magnetic materials.

Prize Winner

For the development of automated glycan assembly as a basis for molecular glycobiology and synthetic carbohydrate vaccines.

Prize Winner

For translating fundamental chemical understanding of collagen into the life sciences and towards the clinic.

Prize Winner

For sustained contributions to innovation in chemistry pedagogy, commitment to inclusive education, and leadership and advocacy within the wider chemistry education community.

Prize Winner

For pioneering work on the use of supramolecular and nano-chemistry to manufacture multifunctional nanomaterials and devices.

Prize Winner

For the invention and development of the optoelectronic nose and important contributions to artificial olfaction as an analytical technique.

Prize Winner

For elucidating design principles of artificial metalloproteins to gain novel and deeper insights into the structure and function of natural systems.

Prize Winner

For the development of green processes based on catalytic (de)hydrogenation for the synthesis of renewable polymers and their recycling.

Prize Winner

For building a sustained relationship with their underserved community, bringing accessible STEM experiences to more than 20,000 participants, and for their innovative approach that has enabled special educational needs (SEN) schools and unaccompanied child refugees to enjoy chemistry.

Prize Winner

For insights into the photophysics of first row transition metal complexes leading to advances in earth-abundant photoredox catalysis.

Prize Winner

For pioneering accurate chemical measurements of surfaces and interfaces.

Prize Winner

For exceptional inspiration of students, encouraging them to challenge, develop and grow their scientific passion.

Prize Winner

For contributions to organometallic chemistry involving the imaginative use of pincer ligands.

Prize Winner

For unravelling how structure drives functionality to aid the discovery and understanding of quantum and functional materials.

Prize Winner

For advancing the understanding of the interaction of main-group frustrated Lewis pairs with light.

Prize Winner

For innovative research on heterogeneous photocatalysis, pushing boundaries towards less expensive, light-responsive, reusable catalytic processes for sustainable chemistry.

Prize Winner

For inspirational teaching and making a positive difference in curriculum design, implementation, assessment and to the wider community.