What Would Quantum Waves Look Like in a Curved Universe? 🌌〰️ #quantum #hyperbolic #poincare
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The simulation models a time-dependent Schrödinger equation in hyperbolic space, using the Poincaré disk with constant negative curvature. Five Gaussian wave packets propagate toward the center, producing interference fringes and standing-wave structures before the residual waves compress toward the hyperbolic boundary.
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The simulation models a time-dependent Schrödinger equation in hyperbolic space, using the Poincaré disk with constant negative curvature. Five Gaussian wave packets propagate toward the center, producing interference fringes and standing-wave structures before the residual waves compress toward the hyperbolic boundary.