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Timeline for Fermat's proof for $x^3-y^2=2$

Current License: CC BY-SA 4.0

19 events
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Jul 5, 2021 at 17:55 comment added Kieren MacMillan @pupshaw: My answer from earlier today only uses methods available in Fermat’s time. Would love to see you translate it into contemporary math!
Jul 5, 2021 at 14:03 comment added pupshaw hardly historical, but observing that this problem is equivalent to finding integral points on an elliptic curve of rank 1, it would be surprising if any decent general methods were available at that time for problems like this one. now a little curious how the more elementary methods might translate into contemporary geometric language. lmfdb.org/EllipticCurve/Q/1728/o/3
Jul 5, 2021 at 13:35 answer added Kieren MacMillan timeline score: 8
Feb 24, 2021 at 17:44 history edited Glorfindel CC BY-SA 4.0
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Feb 24, 2021 at 15:07 answer added Kieren MacMillan timeline score: 13
Jan 3, 2019 at 13:03 history edited Martin Sleziak
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Jan 3, 2019 at 12:55 history edited Martin Sleziak
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Jul 30, 2015 at 13:58 history protected user9072
Jul 29, 2015 at 17:41 answer added Bob timeline score: 2
Oct 24, 2013 at 11:29 history edited Konstantinos Gaitanas CC BY-SA 3.0
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Oct 4, 2013 at 15:54 vote accept Konstantinos Gaitanas
Oct 4, 2013 at 15:54 vote accept Konstantinos Gaitanas
Oct 4, 2013 at 15:54
Sep 28, 2013 at 11:42 vote accept Konstantinos Gaitanas
Oct 4, 2013 at 15:54
Sep 15, 2013 at 20:32 vote accept Konstantinos Gaitanas
Sep 15, 2013 at 20:32
Sep 15, 2013 at 16:41 comment added Chandan Singh Dalawat For Euler's determination of the rational points on $y^2=x^3+1$, see this note by Joseph Oesterlé :docs.google.com/…
Sep 15, 2013 at 15:14 answer added Carlo Beenakker timeline score: 32
Sep 15, 2013 at 15:09 answer added Franz Lemmermeyer timeline score: 27
Sep 15, 2013 at 14:56 history edited Konstantinos Gaitanas CC BY-SA 3.0
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Sep 15, 2013 at 14:50 history asked Konstantinos Gaitanas CC BY-SA 3.0