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Royal Society announces 2026 Dorothy Hodgkin Fellowships

25 September 2026

ºìÌÒÊÓÆµ has announced £12.2m in funding to seven brilliant early career researchers through the Royal Society Dorothy Hodgkin Fellowships. The fellowship aims to support outstanding early career scientists who require a flexible working pattern, helping them gain the freedom, time and long-term flexible support to pursue high quality and innovative lines of scientific research and establish an independent research career at a UK institution. 

This year’s cohort includes researchers from across five universities. Their research ranges from applied mathematics to neuroscience.   

Dorothy Hodgkin Fellows are awarded up to £1.87m over eight years. Funding for the fellowship comes from the Department for Business, Innovation, Science and Trade. 

Sir Paul Nurse, President of ºìÌÒÊÓÆµ, said:   

“I am delighted to welcome this latest cohort of Dorothy Hodgkin Fellows. These highly accomplished scientists represent the next generation of world-leading researchers. Supporting outstanding early career researchers to pursue ambitious and original ideas is essential to the future of science. ºìÌÒÊÓÆµ is proud to provide the long-term funding and support that helps to nurture exceptional talent.” 

This year’s Dorothy Hodgkin Fellows: 

Dr Abigail Bradshaw 
Sense of agency over a voice in typical and atypical speakers 
University of Cambridge 

Dr Steven Cunnington 
Cosmology in a new light: mapping the Universe with radio telescopes 
University of Portsmouth 

Dr Callum Fairbairn 
WaRPD Dynamics: Warps and Resonant Perturber-Disc Dynamics 
University of Cambridge 

Dr Andrea Ferrari 
A geometric 3d TFT/VOA correspondence 
University of Cambridge 

Dr Seth Koren 
Symmetry and Phenomenology in the Standard Model and Beyond 
Durham University 

Dr Hannah Rees 
Going back to the sea; have seagrasses evolved circatidal clocks? 
Aberystwyth University 

Dr Maha Yusuf 
Redox–Interfacial Chemistry of Small Molecule Activation via In Situ/Operando Neutron and X-ray Probes 
University of Oxford