What question did this study set out to answer?

The aim is to explore the connections between topology and black hole phase transitions using the Generative Digital Universe Model.

July 14, 2026Open Access

Generative Digital Universe Model (GDUM) Axiomatic Treatise

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This theoretical exploration reveals topological connections in black holes using neutrinos, suggesting new verification methods.

The aim is to explore the connections between topology and black hole phase transitions using the Generative Digital Universe Model.
Utilized zero-dimensional Euler spiral projection to analyze global and local topological characteristics.
Examined baryon aggregation effects on spacetime and the implications for event horizons and topological phases.
Investigated neutrino interactions within the phase-transition region near black holes.
Demonstrated that neutrinos can effectively access and measure topological field gradients near black-hole interfaces.
Showed that the black-hole event horizon acts as a critical phase-transition point connecting various topological phases.
Provided a theoretical framework for using low-energy neutrinos as probes in topological research.

Gao Chenghua (2026) studied this question.

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