Author:
Lazarev, Sergiu Vasili
Category:
Research Papers
Date Published:
December 22, 2025
Keywords:
informational mechanics, cyclic cosmology, baryon recycling, quantum vacuum memory, emergent gravity, JWST high-z galaxies, oscillatory dynamics, Riemann hypothesis
Abstract:
We present New Subquantum Informational Mechanics (NMSI), a comprehensive
theoretical framework reconceptualizing the quantum vacuum as an information-storing
substrate with finite capacity. Information density ρ_info acts as a source term in modified
Einstein equations, generating observable cosmological and astrophysical phenomena
without requiring dark matter particles or fundamental cosmological constants.
NMSI addresses contemporary cosmological crises through three mechanisms: (1) cyclic
cosmology with baryon recycling (parametrized by Z ∈ [-20,+20]) explaining JWST high-
redshift mature galaxies; (2) rigorous proof that absolute constants require infinite
information storage, incompatible with finite universes; (3) emergent dark matter from
vacuum information gradients, reproducing rotation curves and gravitational lensing
without exotic particles.
We calibrate three coupling parameters from independent observations: α = 1.24 × 10⁻⁴²
J·m³ (CMB), β = 9.0 × 10⁴¹ m² (rotation curves), γ = 0.148 (solar system tests). These yield
parameter-free predictions: time-dependent dark energy Ω_Λ,eff(z) testable via DESI BAO
(>5σ by 2029), scalar gravitational wave breathing mode h_s/h_+ ≈ 0.022 observable with
Einstein Telescope, equivalence principle violations Δa/a ≈ 8×10⁻¹⁷ accessible to STE-
QUEST, and metallicity floor [Fe/H] > -3.0 at all redshifts. .../...
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