Quantum Physics

    

The Geometry of Complex Spacetime: Emergence of Real Time from Imaginary Deformations

Authors: Bhushan Poojary

We propose a geometric framework for understanding complex spacetime, where classical space is represented by a deformable Cartesian grid. In this model, expansion and contraction of grid cells are interpreted as movements into the imaginary component of spacetime. These deformations introduce complex coordinates, with imaginary displacements corresponding to a pre-collapse, probabilistic regime. We argue that real time only emerges when overlapping deformed grids—representing moving reference frames—collapse into a consistent configuration. This collapse corresponds to the classical observation of time and events. The approach offers a novel, visualizable mechanism for wave function collapse and may provide insight into the interface between quantum mechanics, relativity, and the emergence of reality.

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[v1] 2025-04-05 17:20:43

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