Multi-scale parameter sensitivity analysis for spacetime metrics. Studies parameter dependencies, stability regions, and sensitivity coefficients in relativistic field configurations.
A theoretical framework proposing a de Broglie–Schwarzschild resonance between quantum wave behavior and gravitational mass in engineered systems of tungsten toroid, graphene, and nanoparticle cloud.
Omega Theory of discrete spacetime on Z4
58 fundamental constants derived from E₈ → H₄ icosahedral geometry with zero free parameters — includes a self-sustaining solver and falsifiable predictions.
Hubble Tension, Dark Energy, and Quantum Gravity: Unified Resolution via Finite Energy Conservation
A self-contained, closed-loop construction that fits the physical constants inside 32-bit integer bounds — offered as logic art and a reasoning lens, not a claim to have derived physics.
Quantum Constraint Framework (QCF): ∑GR=∑QM at horizons → finite curvature cap K_max=1/16. Resolves r=0 singularity via informational bound. PBH testable.
Planck Core Thermodynamics — ITT redefines black hole endstates as cold, stable Planck Cores. Zero temperature at recursive lock.
A systematic, dimensionless derivation of Planckian and cosmological constants within a discrete signed 32-bit integer grid architecture.
Universe Cycle - A Different Lens
🜂 The Entropy Scroll: Recursive Unbinding in CTS — Formal treatise on entropy as recursive memory loss in Intent Tensor Theory
🪐 Explore a new framework to complement existing science and clarify cosmic mysteries through innovative concepts and redefined perspectives.
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