Yes, this week, again, a hard-to-find video.

The Optiverse is a different sphere eversion, an optimal eversion.

While you look for the video, you may want to have a look here:

http://new.math.uiuc.edu/optiverse/

Reply

Yes, this week, again, a hard-to-find video.

The Optiverse is a different sphere eversion, an optimal eversion.

While you look for the video, you may want to have a look here:

http://new.math.uiuc.edu/optiverse/

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The awesome book of Alexander Zvonkin’s experience with a young children’s weekly Math Circle, is now at last available in English.

This week’s image and description is by Jochen Voss: please visit his website http://seehuhn.de

“Each of the lines is a path of a stochastic process. They are all

generated by the same rule, but because of the randomness each path

comes out differently in the end and I drew all of them into the

same picture.

The plane is divided into square cells, and the process is constructed

so that it normally just runs in circles inside one cell but, because

of random fluctuations, from time to time is pushed into a

neighbouring cell. (In technical terms: the picture shows solutions

of a stochastic differential equation.)”

A simulation of the N-body problem for iDevice. It’s free, too. Enjoy! Multiple pendulums next week.

http://itunes.apple.com/us/app/nbody/id347962727?mt=8

As Poincaré himself put it, “One is struck by the complexity of this figure I am not even attempting to draw. Nothing can give us a better idea of the complexity of the three-body problem and of all problems of dynamics where there is no holomorphic integral and Bohlin’s series diverge.”

Javaview is more than a software, it’s a whole environment for geometric visualization and display. See a few examples at http://www.javaview.de where you can also download the software, or see the Bilder der mathematik book by Glaeser and Polthier.

Javaview is free.