(Should know more about him and, more importantly, his work. Not as unaccessible as it seems.)
 
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'''''Edward Witten''''' is one of the main contemporary [[physicists]] contending for the figure of the modern [[Einstein]]. He pursues a [[TOE]] from the [[String theory]] approach. Although a physicist (at least that's the opinion of [[Atiyah]]) his work is at the highest mathematical level. He was, indeed, awarded a Fields medal and chances are small that he'll get a Nobel prize.
 
'''''Edward Witten''''' is one of the main contemporary [[physicists]] contending for the figure of the modern [[Einstein]]. He pursues a [[TOE]] from the [[String theory]] approach. Although a physicist (at least that's the opinion of [[Atiyah]]) his work is at the highest mathematical level. He was, indeed, awarded a Fields medal and chances are small that he'll get a Nobel prize.
  
Some accessible papers include Refs.{{cite|witten98a}}{{cite|witten05a}} and "What every physicist should know about string theory".{{cite|witten15a}}
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Some accessible papers include Refs. {{onlinecite|witten98a}} and {{onlinecite|witten05a}} as well as "What every physicist should know about string theory".{{cite|witten15a}}
  
 
== Links ==
 
== Links ==

Latest revision as of 13:17, 25 December 2023

Edward Witten

Edward Witten is one of the main contemporary physicists contending for the figure of the modern Einstein. He pursues a TOE from the String theory approach. Although a physicist (at least that's the opinion of Atiyah) his work is at the highest mathematical level. He was, indeed, awarded a Fields medal and chances are small that he'll get a Nobel prize.

Some accessible papers include Refs. [1] and [2] as well as "What every physicist should know about string theory".[3]

Links

  • Homepage with useful links to publications.

References

  1. Magic, Mystery and Matrix. E. Witten in Not. Am. Math. Soc. 45:1124 (1998).
  2. Unravelling string theory. E. Witten in Nature 438:1085 (2005).
  3. What every physicist should know about string theory. E. Witten in Physics Today 68:38 (2015).