Paul Masic Jr.

The Renormalization Autopsy: Forcing the Millennium Prize Problems to their Mathematical Breaking Point

For decades, the theoretical physics establishment has utilized Renormalization as amathematical panacea to hide the infinite divergences generated by continuous spacetimemanifolds. This paper subjects the five unsolved Clay Mathematics Institute MillenniumPrize Problems to the e...

The Cult of the Continuum: Exposing the Renormalization Shell Game and the Pixelated Reality of the Universe

For over a century, theoretical physics has been trapped in a mathematical delusion: thebelief that the universe is a smooth, continuous manifold. This paper exposes the historicaland mathematical fallacy of the continuum. We trace the origin of this error from MaxPlanck’s reluct...

Global Regularity of the 3D Incompressible Navier-Stokes Equations: The Dynamic Depletion of Vortex Stretching via Non-Local Pressure Hessian Interaction

The question of global existence and smoothness of solutions to the 3Dincompressible Navier-Stokes equations remains one of the most significantchallenges in mathematical analysis. This manuscript provides a definitiveproof of global regularity for initial data u0 ∈ H1(R3). We in...

SICC Framework: Phase 16 Cosmological Informational Architecture Hypothesis

This paper presents the Phase 16 Cosmological Informational Architecture, a theoretical framework that replaces standard cosmological models with strictly informational physics. By defining the universe as a geometrically and thermodynamically finite 3D containment manifold, the...

SICC Framework: Phase 16 Cosmological Informational Architecture Hypothesis

This paper presents the Phase 16 Cosmological Informational Architecture, a theoretical framework that replaces standard cosmological models with strictly informational physics. By defining the universe as a geometrically and thermodynamically finite 3D containment manifold, the...