Twistor-Expander Gravity: Emergent Speed of Light and Comparison with Alternative Approaches
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2025
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| _version_ | 1866901363944849408 |
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| author | Valeri Vukolov |
| author_facet | Valeri Vukolov |
| contents | <p>We present a complete derivation of fundamental constants from the twistor-expander network microstructure of space-time in EBIKK-β gravity. The model predicts: (1) discrete gravitational wave spectra at fn ≈ n×10−4 Hz from black hole remnants, (2) emergence of the speed of light </p> <p>c = (γκ−1/Tent)1/2</p> <p>with γ as the graph spectral gap, and (3) modified<br>dispersion relations testable with LISA and CMB-S4. Comparative analysis with loop quantum gravity, causal sets, and analogue gravity models reveals unique signatures of the twistor-expander mechanism.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15253709 |
| institution | Zenodo |
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| publishDate | 2025 |
| publisher | Zenodo |
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| spellingShingle | Twistor-Expander Gravity: Emergent Speed of Light and Comparison with Alternative Approaches Valeri Vukolov quantum gravity, twistor theory, expander graphs, emergent spacetime, speed of light, black hole microstructure, gravitational waves, Lorentz invariance, Planck scale, spectral gap, entropy, holography, loop quantum gravity, causal sets, analogue gravity, modified dispersion, LISA, CMB anomalies, discrete spectra, quantum geometry <p>We present a complete derivation of fundamental constants from the twistor-expander network microstructure of space-time in EBIKK-β gravity. The model predicts: (1) discrete gravitational wave spectra at fn ≈ n×10−4 Hz from black hole remnants, (2) emergence of the speed of light </p> <p>c = (γκ−1/Tent)1/2</p> <p>with γ as the graph spectral gap, and (3) modified<br>dispersion relations testable with LISA and CMB-S4. Comparative analysis with loop quantum gravity, causal sets, and analogue gravity models reveals unique signatures of the twistor-expander mechanism.</p> |
| title | Twistor-Expander Gravity: Emergent Speed of Light and Comparison with Alternative Approaches |
| topic | quantum gravity, twistor theory, expander graphs, emergent spacetime, speed of light, black hole microstructure, gravitational waves, Lorentz invariance, Planck scale, spectral gap, entropy, holography, loop quantum gravity, causal sets, analogue gravity, modified dispersion, LISA, CMB anomalies, discrete spectra, quantum geometry |
| url | https://doi.org/10.5281/zenodo.15253709 |