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+ | $$e^{i\pi}=-1$$ | ||
<center><wz tip="Mathematistan, by Martin Kuppe, of which Terence Tao commented 'Not a bad zeroth approximation to the landscape of mathematics, although combinatorics seems to be missing (but it would make sense for it to be the forest between analysis and probability). I also like to think that the road going through infinity is the real line (thus also illustrating Hadamard's dictum).'">[[File:Mathematistan.jpg|720px]]</wz></center> | <center><wz tip="Mathematistan, by Martin Kuppe, of which Terence Tao commented 'Not a bad zeroth approximation to the landscape of mathematics, although combinatorics seems to be missing (but it would make sense for it to be the forest between analysis and probability). I also like to think that the road going through infinity is the real line (thus also illustrating Hadamard's dictum).'">[[File:Mathematistan.jpg|720px]]</wz></center> | ||
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* [[Topology]] | * [[Topology]] | ||
− | == | + | == Links == |
+ | * [[Addition]] & [[Multiplication]]. | ||
* [[Lorentzians]]. | * [[Lorentzians]]. | ||
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* http://en.wikipedia.org/wiki/Mathematics | * http://en.wikipedia.org/wiki/Mathematics | ||
+ | * https://mathigon.org | ||
+ | * https://www.math24.net | ||
+ | * [https://math.stackexchange.com/questions/2949/which-one-result-in-mathematics-has-surprised-you-the-most Most surprising results in Mathematics]. |
Contents |
This page is still largely in progress.
$$e^{i\pi}=-1$$
Some areas of interest: