Raymond Smullyan

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Raymond Smullyan [1]

Raymond Merrill Smullyan, (May 25, 1919 - February 6, 2017 [2])
was an American mathematician, logician, philosopher, magician, pianist, and professor of Philosophy at Indiana University Bloomington. He held a Ph.D. in mathematics on the theory of formal systems from Princeton University under advisor Alonzo Church [3]. Smullyan was author of fourteen books and of numerous research articles on the topics of mathematical logic, first-order logic, set theory, theory of computable functions, recreational mathematics, mathematical games and puzzles, retrograde chess problems, and Eastern philosophy. He has been a contributor to Scientific American [4].

See also

Selected Publications

1959

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1970 ...

1980 ...

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Where is the white king?

1990 ...

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2010 ...

External Links

Smullyan

A Mathematical Mystery Tour

featuring Jean Dieudonné, Michael Atiyah, Greg Moore, Paul Erdős, René Thom, Raymond Smullyan, and Ivor Grattan-Guinness - White Knight at 37:55
  1. Proof Beyond Doubt 4:01
    1. Proof
    2. Euclid's theorem 4:42
    3. Are there infinitely many twin primes? 5:05
    4. Erdős' problems 5:33
    5. Goldbach's conjecture 6:17
    6. Mertens conjecture 6:45
    7. Euclid's Elements 7:25
    8. Chinese mathematics 7:52
    9. Egyptian mathematics 8:12
    10. Fermat's Last Theorem 9:40
  2. The Language of Abstraction 13:30
    1. Bourbaki Group 13:34
    2. Abstract structure 16:40
    3. Euclidean geometry 17:22
    4. Non-Euclidean geometry 17:55
    5. Hypercube 18:18
    6. Klein bottle 19:18
  3. Discovery or Invention 20:28
    1. History of mathematics 20:30
    2. Platonism 21:25
    3. Pythagorean theorem 21:31
    4. Golden rectangle 21:45
    5. Golden ratio
  4. Playing the Numbers 23:23
    1. Pi 23:28
    2. Mersenne prime 25:17
  5. The Taming of the Infinite 26:47
    1. Infinity 26:47
    2. Countable set 27:18
    3. Uncountable set 28:35
    4. Aleph number 29:27
  6. Contradictions and Paradoxes 30:32
    1. Mathematical logic 30:50
    2. Russell's paradox 32:33
    3. Principia Mathematica 35:00
    4. Hilbert's program 36:50
    5. Gödel's incompleteness theorems 40:13
  7. Incomplete Future 41:30
    1. Four color theorem 45:10
    2. Computer-assisted proof 46:00

References

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