| Math
arXiv |
Math arXiv Pre-Print
(e-print) server. Get the latest math articles without waiting for journal publication. |
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The American Math Society's MathSciNet
is a searchable Web database providing access to basically every math article in print
from 1940 to the present. (Requires subscription)
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Wolfram Math World claims to be "the worlds most extensive math resource." This free resource is something better than an extensive math dictionary, sometimes as good as a reference text, and it is "built with Mathematica Technology." I usually forget how powerful it is until it turns up on a Google search, so I am finally adding it as a link here to help me remember. |
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Knot Info is maintained by the "Knot Guys" at Indiana University, and basically is a database of everything known about knots. |
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KnotPlot is software for drawing and computing knotty things. |
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SeifertView is an awesome program to help visualize and explore Seifert surfaces. |
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A pretty detailed Topology Glossary |
| The Clay Math Institute has designated seven Million Dollar Problems. Try and solve one of these! |
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A list of Famous Problems in the History of Mathematics, from the Math Forum Project. |
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The Fields Medal is the math-equivalent of a Nobel Prize. |
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The Mathematics Genealogy Project lets you trace your math family tree by advisor. |
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Similar to Math Geneology, The Erdös Number Project measures how far removed you are from Paul Erdös, by publication. |
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A work in progress, but here is a little something to get you started learning TeX, a markup language for typesetting math documents |
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At Jeff Weeks'
Topology and Geometry Software page,
you can download the SNAPPEA program, a great tool for studying hyperbolic
3-manifolds and knot complements.
He also has torus and Klein Bottle games like
tic-tac-toe, chess, mazes, crossword puzzles, word searches, and jigsaw
puzzles.
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Ever wonder about colors on the surface of a bubble, or the shapes formed
when bubbles meet? Here's a page that'll explain everything you ever wanted to
know about
bubbles, from chemical composition to minimal surfaces, thin film
interference to bubble recipes. |
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The Mandelbrot
and Julia Set Explorer is one of the best sites I have found for
studying these sets. There you'll find an on-screen java applet that is
interactive and user-friendly. Clicking a point in the Mandelbrot set zooms
in on a region, and displays the associated Julia Set for that point. (For a powerful downloadable program, look elsewhere for the free FracTrip.) |
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Print FREE Graph Paper. |