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Warwick Chemistry's Dr Alex Baker instrumental in forging a partnership between the University and the Royal Institution.

Warwick Chemistry is seeking to support talented candidates for the Royal Society University Fellowship Scheme 2027Link opens in a new window.

A recent collaborative study published in Nature Communications showcases advances in nanoscale science through the creation of atomically precise molecular chains, offering new routes towards tailor made electronic and quantum materials.

Professor Paul Monks CB is currently the Chief Scientific Adviser (CSA) for the Department for Energy Security and Net Zero (DESNZ). Paul did his undergraduate degree in chemistry at Warwick before going to Oxford for his D.Phil.

Prof Remzi Becer has ensured that the ÌìÃÀ´«Ã½ is a major beneficiary partner in two new EU Horizon Doctoral Networks, set to train the next generation of polymer scientists while addressing two pressing challenges facing modern society: food insecurity and the transition to sustainable transport.

A recent article published in J. Am. Chem. Soc. shows how new algorithms for solving quantum-mechanical equations can be generated by randomly 'gluing together’ simpler function building blocks.

Researchers have identified previously unknown materials, including a new form of a widely studied clean-energy material, by carefully controlling and tracking how molecular precursors break down during heating.

This year’s Women of Warwick digital plaque initiative prompted many thoughtful messages of appreciation from across our community, celebrating the women who make Warwick Chemistry a richer, kinder and more ambitious place to belong.

The 2026 Research Celebration Awards opened this year’s Research Culture Week, recognising colleagues who help shape a collaborative, supportive and thriving research environment.

A major new UK research programme aims to strengthen national capability in semiconductor materials, underpinning the future of electronics.

Warwick Chemistry and MIT scientists reveal hidden microscopic networks on catalyst surfaces that could lead to cleaner and greener chemical processes.

Second-year undergraduate student Max Cooper has co-authored a publication exploring whether AI models can meaningfully speed up scientific experimentation.