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The framework aims to resolve the black-hole information paradox and explore unitary transitions in spatial topology.

August 10, 2026Open Access

Quantum Geometro-Topodynamics: Unitary Topology Transitions, Black Hole Evaporation, and Axionic CMB Birefringence

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The framework aims to resolve the black-hole information paradox and explore unitary transitions in spatial topology.
Developed a self-consistent framework of Quantum Geometro-Topodynamics.
Focused on topology-changing surgeries using the Wheeler-DeWitt equation in stratified Hilbert space.
Predicted cosmic microwave background birefringence via power-spectrum mixing.
Demonstrated exact norm conservation during topology transitions.
Predicted cosmic microwave background birefringence angle of approximately 0.1 to 0.5 degrees.
Established conditions accounting for cold dark matter density in relation to the decay constant of 10^11 to 10^12 GeV.

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Randomized trial explores black hole information and cosmic microwave background birefringence, indicating profound cosmological implications.

Maksym Koresh (2026) studied this question.

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Randomized trial explores black hole information and cosmic microwave background birefringence, indicating profound cosmological implications.