Unified Lattice Framework G4: Primitive Geometry, Derived Constants, and a Discriminating Test of Equilibrium Radiation
pages 684-714
William Hernandez
Abstract | Full Text Download (606k)
Geometric Closure of Black–Body Thermodynamics: Wien Displacement and Stefan–Boltzmann Scaling from Finite–Quality Radiation
pages 664-683
William Hernandez
Abstract | Full Text Download (430k)
Geometric Emergence of the Planck Spectrum: Discrete Cavity Modes and Finite–Quality Boundaries
pages 643-663
William Hernandez
Abstract | Full Text Download (606k)
Curvature–Bound Equilibrium Radiation: A Geometric Resolution of the Black–Body Problem
pages 630-642
William Hernandez
Abstract | Full Text Download (517k)
Unified Lattice Framework III: Quantized Resolution of the Quantum–Gravity, Cosmogenic, and Continuity Problems
pages 336-363
William Hernandez
Abstract | Full Text Download (325k)
Unified Lattice Framework II: Curvature–Bound Resolutions of the Gravitational, Dark–Sector, and Singularity Problems
pages 261-335
William Hernandez
Abstract | Full Text Download (553k)
Unified Lattice Framework I: Geometric Resolutions of the Yang–Mills, Matter Stability, and Navier–Stokes Problems
pages 217-260
William Hernandez
Abstract | Full Text Download (1294k)
A Hypothesis for Solving the X17 Anomaly within a Unified Lattice Framework (ULF) Beyond the Standard Model
pages 713-737
William Hernandez
Abstract | Full Text Download (3101k)
Weekly Papers on Quantum Foundations (11)
Why the Brain Cannot Be a Digital Computer: History-Dependence and the Computational Limits of Consciousness from physics.hist-ph by Andrew Knight Fri Mar 14 2025 12:00:00 (22 hours) # 1. arXiv:2503.10518v1 Announce Type: new Abstract: This paper presents a novel information-theoretic proof demonstrating that the human brain as currently understood cannot function as a classical digital computer. Through systematic quantification… Read more →
Weekly Papers on Quantum Foundations (30)
How to switch between relational quantum clocks. (arXiv:1810.04153v2 [gr-qc] UPDATED) 上午9:37 | gr-qc updates on arXiv.org Authors: Philipp A Hoehn, Augustin Vanrietvelde Every clock is a physical system and thereby ultimately quantum. A naturally arising question is how to describe time evolution relative to quantum clocks and, specifically, how the dynamics relative to different quantum clocks are related. This is a pressing… Read more →