Quantum Relativity Superposition Lab

SPACETIME CURVATURE TENSOR METRIC [g_00]

WARPING FIELD: DUAL-ARM GEODESIC GRADIENT

Regime Presets

Apparatus Parameters

Atom Mass (m) 87 amu

Gravitational Curvature 2.1 G·M/r

Slit Separation (d) 12.0 μm

Superposition Spread 4.5 mm

Live Quantum-Relativistic Telemetry

Fringe Visibility 0.78

Decoherence Rate 14.2%

Proper-Time Dilation 1.042 ns

De Broglie λ 3.82 pm

Detector Plate | Live Probability Density |Ψ|²

Physical Mechanism

Atoms traverse two spatial paths through differing gravitational potentials. Gravitational redshift alters the internal de Broglie phase frequency across paths, inducing proper-time lag and eventual Penrose-Diósi decoherence.