
Mike Sutton
Michael Alfred (Mike) Sutton: born London 1942; married, with two children and three grandchildren
Education: BA Hons (Chemistry) Oxford 1964; D Phil (History of Science) Oxford 1972
Employment: Research Assistant, The British Museum 1964-5; Assistant Lecturer, Oxford College of Further Education 1965-70; Lecturer/Senior Lecturer, Newcastle upon Tyne Polytechnic/Northumbria University 1970 – 2004 (Visiting Fellow there 2004-16)
Publications: Over 50 articles on history of science, history of ideas and folklore studies 1971 – 2016; Hon. Editor Ambix 1982-91
Other: involved since 1960 in traditional music, song and dance; member of team representing Britain at UNESCO International Folkloriada, Tokyo 2000
 Feature Feature- The young female astronomer who worked out what the sun is made of- 100 years ago, Cecilia Payne deduced that the sun is mainly made of hydrogen – but was encouraged to downplay her findings by her PhD supervisor. Mike Sutton takes up the story 
 Feature Feature- How DDT went from triumph to tragedy- Few compounds have a story as controversial as this insecticide. Mike Sutton traces the tale from its beginning 150 years ago 
 Feature Feature- Fifty years since the ferrocene furore- Only two of the discoverers of the sandwich compounds that revolutionised organometallic chemistry received the Nobel prize, leaving one very big name feeling left out. Mike Sutton traces the controversy 
 Feature Feature- Celebrating Louis Pasteur’s bicentenary- Mike Sutton reflects on the dramatic discoveries of Louis Pasteur, born 200 years ago 
 Feature Feature- The discovery of mass spectrometry- Mike Sutton traces how Francis Aston’s mass spectrograph shook up chemistry 
 Feature Feature- Thomas Midgley and the toxic legacy of leaded fuel- Leaded petrol was around for 100 years, and the campaign against it for almost as long. Mike Sutton reveals its history 
 Feature Feature- One hundred years of insulin- Mike Sutton looks at the journey the diabetes treatment took from the Toronto miracle to mass-production – via a controversial trip to Stockholm 
 Opinion Opinion- Barbara Low, penicillin and the protein pi helix- Mike Sutton celebrates the remarkable career of a female crystallographer, once mistaken for the tea-lady 
 Feature Feature- The birth of the polymer age- Mike Sutton unravels Hermann Staudinger’s long hunt to understand macromolecules, which began 100 years ago 
 Feature Feature- What is the moon made of?- Mike Sutton looks at what we’ve learned about the moon’s chemistry in the 50 years since Apollo 11 
 Feature Feature- The father of the periodic table- Mike Sutton looks at how Mendeleev’s patience revealed periodicity in the elements 
 Feature Feature- Hahn, Meitner and the discovery of nuclear fission- 80 years ago, Otto Hahn and Lise Meitner made a discovery that led to nuclear weapons – yet Meitner was never given the recognition she deserved 
 Feature Feature- Derek Barton and shape-shifting molecules- It’s 100 years since Derek Barton was born. Mike Sutton looks at his work developing conformational analysis 
 Feature Feature- Marie Curie, the migrant chemist- 150 years after Marie Curie’s birth, Mike Sutton delves into her life and research 
 Feature Feature- 200 years of Gmelin’s handbook- 2017 marks 200 years since Leopold Gmelin first published his influential handbook – and it’s still going strong, as Mike Sutton discovers 
 Feature Feature- The chemist with x-ray vision- Mike Sutton tells the tale of John Kendrew and his work on the structure of myoglobin 
 Feature Feature- History of noble gases- Mike Sutton tells the story of William Ramsay’s hunt for the noble gases 
 Feature Feature- Sulfate aerosols and the summer that wasn’t- After the Mount Tambora megavolcano erupted in 1815, the years that followed had weather that changed the world, as Mike Sutton explains 
 Feature Feature- The bonds that bind- Mike Sutton plots the journey of the scientists who solved the riddle of chemical bonding 
 Feature Feature- Snakes, sausages and structural formulae- Mike Sutton tells the story of how August Kekulé dreamt up the structure of benzene