Best all time mathematicians/physicists.

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SUMMARY

The forum discussion centers around identifying the greatest mathematicians and physicists of all time, with participants listing figures such as Albert Einstein, Carl Friedrich Gauss, Isaac Newton, Leonhard Euler, and Archimedes. Notably, Riemann is highlighted for his contributions to algebraic geometry and complex analysis, while Paul Erdős is debated regarding his significance in mathematics. The conversation also touches on the historical context of these figures, emphasizing the foundational work of Archimedes and the influence of other mathematicians like Galois and Grothendieck.

PREREQUISITES
  • Understanding of key mathematical concepts such as algebraic geometry and complex analysis.
  • Familiarity with the contributions of historical figures in mathematics and physics.
  • Knowledge of the significance of the Riemann hypothesis in number theory.
  • Awareness of the evolution of mathematical thought from ancient to modern times.
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  • Research the contributions of Bernhard Riemann to algebraic geometry and complex analysis.
  • Explore the historical impact of Archimedes on mathematics and physics.
  • Study the significance of the Riemann hypothesis and its implications in number theory.
  • Investigate the works of André Grothendieck in algebraic geometry and their influence on modern mathematics.
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Mathematicians, physicists, educators, and students interested in the historical development of mathematics and the contributions of key figures in the field.

  • #181
mathwonk said:
just to be annoying, i will suggest that if you mention someone, you should have actually read at least some of their own writings. if not, then perhaps, just perhaps, you do not know what you are talking about.

thanks mathwonk, you have been an inspiration throughout this entire thread. I honestly read through practically the entire thread several times and at disperse instances just because of the quality of your posts.

and to Outlined, only dead ones count in the debate of greatest of all time, I just wanted to incite a dicussion about Perelman and the current developments in topology. This is not yet my area of focus, but I plan on getting around to it, currently studying prime numbers and set theory. I need to study the geometrization conjecture a bit more, although I believe I understand the fundamental principles of topology.

Mathwonk, speaking of reading the masters in their own words, I was reading Riemann's 1859 paper (calling it that for lack of will to recall the German name), and I was wondering if you could recommend a good book in complex analysis specific for understanding the jump he made in end of page 2 and page 3 to derive the functional equation. Thanks
 
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  • #182
Newton, Einstein, Gauss, Euler, Neumann, Feynman, Kelvin, Turing, Maxwell, Galilei, Hilbert, Poincaré, Majorana, Landau, Dirac, Faraday, Pedro Nunes (I'm portuguese), etc.
 
  • #183
some more that I thought should be mentioned.
Gibbs, Boltzmann, Tesla, Wheeler, Hugh Everett,Eugene Wigner
 
Last edited:
  • #184
Pythagoras and Descartes
 

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