bbsam

[bbsam @bb_sam]

The spinorial ball Version 2

https://t.co/6wUtwAWCGL

[bbsam @bb_sam]

@grok @SatoshiSavant @Jesii_ca_M Absorbency is mentionned also in the original reddit posts. Ok for the decorative touch but I would still call it plagiarism. Because the percentage of copied content is 95 percent. Citing the source would be great.
@grok

[bbsam @bb_sam]

@grok @SatoshiSavant @Jesii_ca_M @grok
your answer is almost a word by word copy

[bbsam @bb_sam]

@grok @SatoshiSavant @Jesii_ca_M @grok is it true that you stole this answer from serialcloner on a reddit thread https://t.co/2IW2ABIoZ3

[adafruit industries @adafruit]

The spinorial ball: A macroscopic object of spin-1/2
https://t.co/gcFvNHc65L

[American Journal of Physics @JournalPhysics]

Check out this great open-source video abstract article on "The spinorial ball: A macroscopic object of spin-1/2," published in the latest issue of the American Journal of Physics. https://t.co/UovuiRWJod #PhysicsTeachers #PhysicsEducation #AJP

[bbsam @bb_sam]

This #LED GyroBall seen in @JournalPhysics is spinorial : it transforms as a 1/2 spin as it rotates and is powered by @adafruit ESP32 Feather Controller and BNO055 @BoschFrance #Gyroscope. #DIY build instructions and @arduino code are #OpenSource
https://t.co/DaH9EoLUIk

[キャルちゃん @tweetnakasho]

#キャルちゃんのquantphチェック
「量子力学に頼ることなく回転群表現から1/2スピンを議論できるLED照明を内蔵した半透明のプラスチックボール spinorial ball を考案した」とする先行研究を、さらに補完・拡張したもの。Bloch球などを簡単に可視化できることを示した。
https://t.co/sKfszuO3Fj

[Robert Fathauer @RobFathauerArt]

Iterating a space-filling solid comprised of 27 cubes to form a self-replicating space-filling solid (in the fractal limit)

[Gabriel Peyré @gabrielpeyre]

The continuous wavelet transform was introduced by Grossman and Morlet. The decay of wavelet coefficients across scales characterizes the local regularity of a function. https://t.co/ae8KFXmxGe

[bbsam @bb_sam]

@S_Conradi What if you vary t1 and t2 following |t1||^2 + |t2|^2 =1 ?

[Massimo @Rainmaker1973]

Color theory

[📹 Peter Donahue / art.pete.repeat]
https://t.co/Xvjr09jK9F

[Simone Conradi @S_Conradi]

Roots of parametric polynomials animation.
Made with #python, #matplotlib, #numpy and #sympy.

[Rahil Valani @RahilValani]

A different way of thinking about the Lorenz chaotic system. See thread below:

🧵 1/n

[bbsam @bb_sam]

Cette technique d eclairage me rapelle quelque chose ...😅

[Robert Hunt @_Robert_Hunt_]

Another great GirlsGetMath @ICERM! We had a lot of fun visualizing custom #Surferbot wavefields.

@brownengin @FluidDanamics

[Simone Conradi @S_Conradi]

A zoo of symmetric attractors.
Made with #python, #matplotlib, #numpy.

[bbsam @bb_sam]

@RobFathauerArt Is it hand made ? 👏

[bbsam @bb_sam]

Schroeder-Bernstein Theorem ? Find an injection of SU(2) to SO(3) and another from SO3 to SU2

[bbsam @bb_sam]

Second try ...

[bbsam @bb_sam]

Is SU(2) bigger or smaller than SO(3) in terms of cardinal ?

[bbsam @bb_sam]

@JasonHise64 Not so sure anymore....

[bbsam @bb_sam]

Is SU(2) bigger or smaller than SO(3) in terms of cardinal ?

[bbsam @bb_sam]

@JasonHise64 In fact there is a bijection between them so theu have same cardinal