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Mathematics. Physics. Magnetic Chaotic Pendulum: adding magnetic forces to gravity gives this pendulum chaotic motion (sensitivity to slight differences in initial launch conditions). By Physicsfun, Used with permission.

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Cliff Pickover

231,853 subscribers

333,418 Aufrufe • vor 3 Jahren •via X (Twitter)

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10 Kommentare

Profilbild von Alphonse Reitz
Alphonse Reitzvor 3 Jahren

I have everything I need to build one.. My kids (...and me) are going to love playing with it.

Profilbild von Felix Godejohann
Felix Godejohannvor 3 Jahren

Check this out:

Profilbild von DigitalJ
DigitalJvor 3 Jahren

Magnetism:The closest thing to magic our world has to reference. 🙂

Profilbild von Julien F.
Julien F.vor 3 Jahren

I would point out that it's not about adding magnetic forces, in the sense that magnetism has nothing special. What is important here is rotational symmetry breaking. So you get a 1st-order ODE of dimension 4 instead of 2, which is not protected by the Poincaré-Bendixson theorem

Profilbild von 🇺🇦 🐦 🇮🇱 Jose Pereira © 🇺🇸 🐳 🏳️‍🌈
🇺🇦 🐦 🇮🇱 Jose Pereira © 🇺🇸 🐳 🏳️‍🌈vor 3 Jahren

wishcraft!

Profilbild von Pablo Palomino
Pablo Palominovor 3 Jahren

@VanessaNR9

Profilbild von Joe L Bridger
Joe L Bridgervor 3 Jahren

Polymath math is like a chaotic pendulum. The more magnetic assumptions outside of the bounded assumptions of math, the more interesting it becomes depending on where you launch. e.g. the brief assumptions of psychosomatic medicine, supramolecular chemistry, nano-science/physics.

Profilbild von Avcı. Geny Balboa
Avcı. Geny Balboavor 3 Jahren

Is it has any n-cycle?

Profilbild von Steve Effing Beeping Jameson
Steve Effing Beeping Jamesonvor 3 Jahren

The n-body problem.

Profilbild von Lisandro Lorea | Red Mage Games
Lisandro Lorea | Red Mage Gamesvor 3 Jahren

But is it better than lava lamps?

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