John Goodenough, an eminent Nobel laureate and pioneer within the development of lithium-ion batteries, handed away on Sunday on the age of 100. Goodenough's landmark contribution within the discipline of chemistry as we speak powers cellphones and electrical automobiles, for which the American scientist was awarded the distinguished 2019 Nobel Prize for Chemistry. Notably, Goodenough grew to become the oldest recipient ever of a Nobel Prize for receiving the accolade on the age of 97.
Who was John Goodenough? 5 issues about him:
1)Goodenugh would have turned 101 subsequent month. He was born on July 25, 1922, in Jena, Germany, to American mother and father. He pursued his undergraduate research in arithmetic on the esteemed Yale College earlier than acquiring his grasp's and PhD in physics from the College of Chicago in 1952.
2)He went onto to change into a researcher on the Massachusetts Institute of Know-how and later served as the pinnacle of of the inorganic chemistry lab on the College of Oxford in Britain.
3)Goodenough performed a pivotal function within the early growth of lithium iron phosphate (LFP) cathodes. Right now, LFP is quickly overtaking more-expensive nickel cobalt manganese in electrical car batteries, attributable to LFP's abundance, sustainability, and considerably decrease price. Apart from him, Britain's Stanley Whittingham and Japan's Akira Yoshino additionally shared the prize for his or her analysis on this discipline the identical 12 months.
4)Goodenough additionally served as a meteorologist within the US Military in the course of the Second World Battle. He's described as "a pacesetter on the slicing fringe of scientific analysis all through the numerous many years of his profession," by Jay Hartzell, the president of College of Texas at Austin the place he served as a professor within the closing years of his life.
5)He joined the Texas college in 1986 and continued as a school member for the subsequent 37 years till his demise. He and his crew on the college have been lately exploring new instructions for power storage.
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