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Hlavní autor: ACOSTA PADILLA, ALFREDO LUIS
Médium: Recurso digital
Jazyk:
Vydáno: Zenodo 2025
Témata:
graviton, spin-2, quantum gravity, Newton constant, structured vacuum theory, TVS, string theory, M-theory, supersymmetry, SUSY, extra dimensions, Planck mass, hierarchy problem, algebraic field extensions, 23-channel vacuum, emergent gravity, Einstein equations, linearized gravity, Fierz-Pauli, falsifiable predictions, testable quantum gravity, channel resonances, collective excitations, algebraic geometry physics, prime number physics, anti-string theory, beyond strings, alternatives to string theory, quantum gravity phenomenology
On-line přístup:https://doi.org/10.5281/zenodo.17839123
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Obsah:
  • <p>Complete derivation of spin-2 gravitons from 23-channel Structured Vacuum Theory (TVS), eliminating extra dimensions, supersymmetry, and strings. Key results:</p> <p>- Newton's constant G derived with 0.23% precision from algebraic formula G = α^11·ψ^7·ℏc/(23^5·m_e²)</p> <p>- Planck-electron mass hierarchy M_P/m_e ~ 10^22 explained as algebraic necessity (no fine-tuning)</p> <p>- Spin tower emergence: fermions (23 channels), photons (46), gravitons (92)</p> <p>- Einstein equations derived from channel dynamics</p> <p>- 5+ falsifiable predictions testable 2025-2030</p> <p>Demonstrates that string theory's 50-year failure stems from ignoring algebraic number theory. Gravity emerges from prime number geometry, not vibrating strings in 10 dimensions. All Standard Model + gravity parameters derived from Q(α_i), zero free inputs.</p> <p>Direct challenge to string theory, M-theory, and supersymmetry programs. Provides first testable quantum gravity without speculation.</p>

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