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Prize Winner

For the development and application of single-molecule and super-resolution microscopy approaches to understand how proteins aggregate in neurodegenerative diseases.

Prize Winner

For innovative research on novel battery chemistries that go beyond the current state-of-the-art in lithium-ion systems.

Prize Winner

For the development of chemical tools for new antibiotic discovery for treating multidrug-resistant infections.

Prize Winner

For the development of new tools to deliver the identification, and chemical and genetic validation, of multiple new drug targets for leishmaniasis and Chagas’ disease.

Prize Winner

For the development of a transformative covalent chemoproteomics discovery platform, incorporating high-throughput chemistry and machine learning models, to unlock undruggable targets for life-changing medicines.

Prize Winner

For the development of a zwitterion polymer surface treatment for medical devices that prevents infections in patients.

Prize Winner

For the generation of single-molecule fluorescence microscopy approaches for visualising protein aggregates in neurodegenerative disease and protein-membrane disruption, and their application in drug discovery.

Prize Winner

For the development of an industrially scalable solid-state lithium metal battery architecture integrating nanocarbon-enhanced cathodes and solid electrolytes.

Prize Winner

For pioneering contributions to non-aqueous electrochemistry, including the discovery of efficient systems for nitrogen reduction, and new characterisation techniques for probing gas evolution in batteries.

Prize Winner

For the development of streamlined high-throughput automated workflows for the accelerated discovery of supramolecular and porous materials, and for the realisation and development of different types of porous liquids.

Prize Winner

For pioneering discoveries in nucleic acid chemistry and for contributions to human health through the discoveries of RNA-based medicines.

Prize Winner

For the development and application of biomolecular and isotope techniques to organic residues preserved in archaeological and historical artefacts.

Prize Winner

For the design of innovative biocatalytic and chemoenzymatic strategies for molecular assembly, and the enzymatic upcycling of waste biomass and breakdown of plastics.

Prize Winner

For the application of analytical chemistry to cultural heritage research, including the discovery of new historic pigments and the development of Raman reference datasets.

Prize Winner

For uniting chemistry, physics and artificial intelligence into a powerful new approach for molecular discovery and innovation.

Prize Winner

For creativity in organometallic and materials chemistry, particularly the synthesis of new classes of silicon-based catalysts and advanced energy materials, and for excellence in communication.

Prize Winner

For outstanding contributions to the design, synthesis and characterization of nanomaterials with applications in renewable energy, and for excellence in communication.

Prize Winner

For the development and application of innovative computational methods to predict the properties of semiconductors for applications in energy technologies.

Prize Winner

For the development of new solid-state materials, fundamental structure–property understanding, and innovative synthesis routes underpinning energy storage and energy generation technologies.

Prize Winner

For pioneering contributions in the development of live-cell-based tools able to elucidate, reprogramme, and chemically manipulate biological signalling mechanisms.