
Glastonbury Festival: music, art and life at Worthy Farm
From a 1970 gathering of 1,500 people to a major event in British cultural life, Glastonbury has grown while retaining its farm setting and broad artistic ambitions.
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From a 1970 gathering of 1,500 people to a major event in British cultural life, Glastonbury has grown while retaining its farm setting and broad artistic ambitions.
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From a clinical encounter in Singapore to Oxford’s Institute of Molecular Medicine, Weatherall helped explain the biology of thalassaemia and advance research in haematology.
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From a printer’s workshop to Nottingham’s physics department, Peter Mansfield helped turn magnetic resonance into a practical way to image the human body.
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Known after his death as the English Hippocrates, Thomas Sydenham built his practice around close observation of illness and the careful description of its course.
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Born in Wisconsin, Wellcome made his career in Britain, where his pharmaceutical company and will helped shape medical research and collecting.
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The Canadian doctor co-discovered insulin in Toronto. His wartime medical service in Britain, British honours and links with diabetes organisations also shaped his story.
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Canadian-born William Osler made his British home in Oxford, where he continued a career that reshaped medical teaching on both sides of the Atlantic.
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Born in New Zealand and shaped by British medical institutions, Gillies developed reconstructive surgery for soldiers wounded in the First World War and trained a generation of surgeons.
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An English physician whose research helped establish cohort and case-control studies as tools for investigating disease.
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An English-born mining magnate and Cape politician whose Oxford scholarship endowment remains inseparable from the imperial ambitions and racial policies that shaped his career.
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From Liverpool and Oxford, the physician and researcher transformed understanding of thalassaemia and helped put molecular genetics to work in medicine.
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The Nobel-winning British physiologist showed how the nervous system coordinates the body, and gave the junction between nerve cells its enduring name.
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The English polymath helped shape statistical methods and fingerprint classification, while his advocacy of eugenics and racial hierarchy remains central to his legacy.
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His careful investigation of digitalis helped establish a lasting medical use for the foxglove, alongside a wider career in botany, chemistry and geology.
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The Scottish naval surgeon compared treatments aboard ship, then spent decades working on the health of sailors.
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A Norwich-born clinician’s experiments with the beating frog heart established the importance of calcium in physiology and led to the solution that bears his name.
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Born in Brazil and shaped by British scientific institutions, Medawar’s research on graft rejection transformed understanding of transplantation.
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The Lancashire surgeon’s low-friction operation combined clinical work, materials research and practical engineering, changing the treatment of hip disease.
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The surgeon and neuroscientist whose practical innovations helped establish neurological surgery
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Through close clinical observation, Jackson reshaped the study of epilepsy and the organisation of the nervous system.
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Forced from Germany in 1933, Hans Krebs built a distinguished scientific career in Britain and made discoveries that transformed the study of metabolism.
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His work in Uganda identified the lymphoma that bears his name; later, he drew attention to the relationship between diet, fibre and disease.
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The Oxford mathematician’s proof resolved a centuries-old problem and helped open new paths through number theory.
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Pioneer in nephrology, discovered Bright's disease, leading to advancements in the understanding of kidney diseases.
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The Cambridge biochemist’s research on vitamins, muscle chemistry and food helped establish biochemistry as a scientific discipline.
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His work in a Welsh mining village joined preventive general practice to a lasting challenge: good care is often hardest to reach where it is needed most.
Read the entryFrom Guy’s Hospital to influential work on anorexia nervosa, myxoedema and paraplegia, Gull helped shape nineteenth-century British medicine.
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A discovery made in India transformed the study of malaria; Ross’s later work in Britain carried that research into public health, mathematics and tropical medicine.
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Best known for the first account of the disease later named Hodgkin’s lymphoma, he also helped shape pathology and campaigned on public health and the treatment of Indigenous peoples.
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The English physiologist shared the 1936 Nobel Prize for work on acetylcholine, helping establish the chemical basis of communication between nerves.
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From Bristol engineering student to Cambridge’s Lucasian Professor, Dirac developed ideas that transformed the study of matter, light and the subatomic world.
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From a London hospital study to decades of research on cancer and occupational health, Doll helped make epidemiology a force in public life.
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The Cornish physician described the condition that bears his name and reshaped care at Earlswood and Normansfield, while his racial classification remains an essential part of his history.
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An observation made while treating wartime eye injuries led the British ophthalmologist to pioneer a lasting new approach to cataract surgery.
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An exacting X-ray crystallographer, Franklin advanced research on coal, DNA and viruses, while the history of the double helix remains bound to her experimental work.
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The English scientist helped reveal how DNA carries hereditary information, then turned his attention to the genetic code and the workings of consciousness.
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His 1817 account of shaking palsy became the first systematic description of the condition later named Parkinson’s disease. His interests also ranged from public health to fossils and political reform.
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The Jamaican healer and businesswoman built a life of service across the Caribbean, Central America and Britain—and became a familiar figure to British soldiers in the Crimean War.
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The New Zealand-born surgeon transformed the treatment of badly burned aircrew at East Grinstead, combining reconstructive surgery with a determined effort to help patients return to ordinary life.
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From propranolol to cimetidine, James Black’s research reshaped treatments for heart disease and ulcers and helped establish a new approach to designing medicines.
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