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Entangled Asset Correlation: Quantum Bell Test for Portfolio Risk

Interactive 3D Bell/CHSH test applied to a two-asset portfolio: watch a quantum-entangled pair and a classical hidden-variable pair generate correlated price ticks live, and see the CHSH correlation statistic cross the classical limit of 2 toward the quantum bound of 2√2.

Quantum Computing3DAdvanced60 FPS📱 Mobile-adapted⇄ 2D version

A live CHSH/Bell test recast around two "assets" instead of two photons. Each trial fires a correlated pair of outcomes from either a quantum (singlet-state) model or a classical local-hidden-variable model, sampled with genuine Monte-Carlo randomness rather than a canned curve. Adjustable measurement angles drive a live correlation readout, while a background accumulator runs both models at the textbook-optimal CHSH angles and shows the quantum pair's statistic climbing past the classical limit of 2 toward 2√2 — a concrete, falsifiable stand-in for the popular claim that entangled assets share fate "beyond statistical correlation."

⚙ Under the hood

Run a live CHSH/Bell test on a two-asset portfolio: a quantum-entangled pair and a classical hidden-variable pair each generate correlated price ticks by genuine Monte-Carlo sampling, and the accumulated CHSH statistic shows the quantum pair crossing the classical correlation limit of 2 toward the theoretical bound of 2√2.

quantum financebell testCHSHentanglementportfolio riskmonte carlo

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install