Alex Maestrini

The Rosetta Stone of Quantum Gravity: Unifying Black Hole Thermodynamics and Dismantling the AMPS Firewall via Tri-Scale Protocol Handover

This culminating manuscript presents the final mathematical synthesis of the Tri-Scale Informational Topology, unifying the macroscopic thermodynamic track (Cosmology, Expansion, Arrow of Time) with the microscopic quantum track (Particles, LQG, String Theory) into a single, scal...

The Holographic Protocol Hardware: Reclaiming Loop Quantum Gravity, Resolving the Continuum Limit, and the 2D Spin-Network Boundary

This paper investigates the microscopic substructure of the Tri-Scale boundary condition, transitioning from the continuous acoustic limits of the vacuum metric to the fundamentally discrete quantum geometry of Loop Quantum Gravity (LQG). We evaluate how macroscopic impedance law...

The Conformal Thermodynamic Cycle: Eradicating Singularities, the Information Loss Paradox, and Cosmic Inflation via Holographic Protocol Handovers

This paper addresses the pathological infinities of the early universe by applying the thermodynamic boundary constraints of the Tri-Scale topology to the primordial cosmological timeline. By discarding the assumption of unbounded thermal capacity and treating the initial expansi...

The Holographic Protocol Software: Reclaiming String Theory and Collapsing the 10^500 Landscape via Bounded Tri-Scale Topology

This paper re-evaluates the extended 1D vibrational worldsheets of String Theory by subjecting them to the discrete, background-independent constraints of Loop Quantum Gravity and the macroscopic boundary condition of the Tri-Scale topology. By eliminating the assumption of an in...

The Holographic Path Integral: Volume-Dependent Cutoffs, Axiomatic Rigor, and the Topological Regulation of Quantum Field Theory Anomalies

This paper re-evaluates the mathematical architecture of Quantum Field Theory (QFT) by replacing the assumption of an infinite spatial integration domain with the physical, thermodynamic bounds of the Tri-Scale Informational Topology. By explicitly truncating the Feynman Path Int...

The Holographic Arrow of Time: Objective Wavefunction Collapse and Topologically Filtered Baryogenesis via Modular Projection

This paper explores the thermodynamic consequences of a bounded, non-Lipschitz primordial expansion. By abandoning the infinite-entropy initial singularity, we demonstrate that the non-equilibrium geometric expansion of the early cosmos natively generates the cosmological Arrow o...

The Conformal Thermodynamic Cycle: Eradicating Singularities, the Information Loss Paradox, and Cosmic Inflation via Holographic Protocol Handovers

This paper addresses the pathological infinities of the early universe by applying the thermodynamic boundary constraints of the Tri-Scale topology to the primordial cosmological timeline. By discarding the assumption of unbounded thermal capacity and treating the initial expansi...

The Micro-Topological Boundary: Geometric Mass Generation, the n=4 Sterile Harmonic, and the Topological Stabilization of the Standard Model

This paper re-evaluates the foundational assumptions of Quantum Field Theory by replacing the infinite, unconstrained spatial continuum with a macroscopic thermodynamic boundary limit (the Kodama horizon, $R_K$). By treating the physical vacuum as a bounded acoustic cavity, eleme...

The Holographic Protocol Software: Reclaiming String Theory and Collapsing the 10^500 Landscape via Bounded Tri-Scale Topology

This paper re-evaluates the extended 1D vibrational worldsheets of String Theory by subjecting them to the discrete, background-independent constraints of Loop Quantum Gravity and the macroscopic boundary condition of the Tri-Scale topology. By eliminating the assumption of an in...

The Holographic Protocol Hardware: Reclaiming Loop Quantum Gravity, Resolving the Continuum Limit, and the 2D Spin-Network Boundary

This paper investigates the microscopic substructure of the Tri-Scale boundary condition, transitioning from the continuous acoustic limits of the vacuum metric to the fundamentally discrete quantum geometry of Loop Quantum Gravity (LQG). We evaluate how macroscopic impedance law...

The Holographic Path Integral: Volume-Dependent Cutoffs, Axiomatic Rigor, and the Topological Regulation of Quantum Field Theory Anomalies

This paper re-evaluates the mathematical architecture of Quantum Field Theory (QFT) by replacing the assumption of an infinite spatial integration domain with the physical, thermodynamic bounds of the Tri-Scale Informational Topology. By explicitly truncating the Feynman Path Int...

The Holographic Arrow of Time: Objective Wavefunction Collapse and Topologically Filtered Baryogenesis via Modular Projection

This paper explores the thermodynamic consequences of a bounded, non-Lipschitz primordial expansion. By abandoning the infinite-entropy initial singularity, we demonstrate that the non-equilibrium geometric expansion of the early cosmos natively generates the cosmological Arrow o...