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Abstract: This paper explores a speculative physical framework suggesting that antineutrinos emitted dur- ing beta decay events may tunnel through Planck-scale CPT-symmetric quantum wormholes, en- abling nonlocal energy redistribution and spacetime curvature effects. The theory synthesizes ele- ments of quantum tunneling, CPT symmetry, WKB approximation, and virtual wormhole dynamics to propose a mechanism whereby energy conservation is maintained through hidden topological channels in spacetime. A thermodynamic and Lagrangian-based analysis is presented to support the hypothesis, along with a discussion of possible testable consequences including curvature fluctuations, temporal anomalies, and traceable energy effects in neutrino detectors. This model is intended as a Version 1 speculative proposal and remains open for future mathematical expansion and physical refinement.