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One Circle Can Turn a Bouncing Ray Into Chaos
カオスと力学

One Circle Can Turn a Bouncing Ray Into Chaos

翻訳の準備中は英語の原文を表示しています。

作品について

Can one bouncing ray avoid a circle forever?

A point moves at constant speed inside a square Sinai billiard. Whenever it reaches the outer wall or the circular obstacle, its velocity reflects across the boundary normal: v' = v - 2(v · n)n. The rule is completely deterministic, but repeated collisions build a chaotic web while the forbidden center remains empty.

Artismathic turns equations into visual art—one function at a time.

Music: '360 No Scope' by The Soundlings

#MathArt #ChaosTheory #SinaiBilliard

作品を生み出す数式

p(t+Δt)=p(t)+v(t)Δtp(t+Δt)=p(t)+v(t)Δtv′=v−2(v⋅n)nv′=v−2(v·n)n∣x∣,∣y∣≤3.2,x2+y2≥0.952|x|,|y|≤3.2, x²+y²≥0.95²
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