Institute of Theoretical Physics

ADDENDUM / SUPPLEMENTARY MATERIAL Experimental Validation of Vacuum Superfluid Viscosity: Micro-Spherical Spin Decay Test in Cryogenic Ultra-High Vacuum (UHV)

We present the formal experimental protocol for the empirical validation of the Monis-tic Theory of the Constructive Photon and the New Thermodynamics, founded on thedirect measurement of the intrinsic dynamic viscosity of the continuous medium (thephoton-oil) within a strictly t...

Data-Driven Inference of Susceptibility, Correlation, and Dynamic Responses via Machine Learning

Abstract Understanding how complex systems respond to external perturbations is essential to characterize the intrinsic properties of the systems and then to control their responses. Despite some preliminary trials via either analytical modeling or numerical calculations, it is u...

Using Calculus to Model Athletic Performance and Optimize Training Regimens

ABSTRACT: Athletic performance is a dynamic and multidimensional phenomenon influenced by factors such as training load, fitness, fatigue, recovery, nutrition, and psychological and environmental conditions. The present study aims to examine the application of differential and in...

CP-Odd Information Flow in H → ZZ* → 4ℓ: Imaginary Spin Correlations and Virtuality-Resolved Tomography

CP-Odd Information Flow in H → ZZ* → 4ℓ: Imaginary Spin Correlations and Virtuality-Resolved Tomography We quantify how much CP-odd Higgs information survives compression into spin-correlation moments in H → ZZ* → 4ℓ. In a specified leading-order model, a real ε = a3/a1 deformati...

Geometric Foundations of a Monistic Theory of the Photon: Topological Reconfiguration of Emergent Spacetime

We present a deterministic, strictly three-dimensional (3D), and monistic formalism inwhich emergent spacetime and all StandardModel particles are reduced to geometric andtorsional conformations of a single fundamen-tal entity: the photon. Rejecting non-verifiableextra dimensions...

CP-Odd Information Flow in H → ZZ* → 4ℓ: Imaginary Spin Correlations and Virtuality-Resolved Tomography

CP-Odd Information Flow in H → ZZ* → 4ℓ: Imaginary Spin Correlations and Virtuality-Resolved Tomography We quantify how much CP-odd Higgs information survives compression into spin-correlation moments in H → ZZ* → 4ℓ. In a specified leading-order model, a real ε = a3/a1 deformati...

Weight Concentration and Category Heterogeneity in Precision Higgs Combinations: A Robustness Bound from H → μ⁺μ⁻

Weight Concentration and Category Heterogeneity in Precision Higgs Combinations: A Robustness Bound from H → μ⁺μ⁻ Precision Higgs measurements combine production-sensitive categories under a common signal strength. This paper quantifies how residual category effects change the co...

Weight Concentration and Category Heterogeneity in Precision Higgs Combinations: A Robustness Bound from H → μ⁺μ⁻

Weight Concentration and Category Heterogeneity in Precision Higgs Combinations: A Robustness Bound from H → μ⁺μ⁻ Precision Higgs measurements combine production-sensitive categories under a common signal strength. This paper quantifies how residual category effects change the co...

Permutation Symmetry Selection Rules and Ultraviolet Transfer Suppression in Graph Laplacian Propagators

Permutation Symmetry Selection Rules and Ultraviolet Transfer Suppression in Graph Laplacian Propagators We study transfer between distinct sources in positive, second-order scalar theories whose mass mixing is a graph Laplacian. A ten-vertex shared-anchor graph carries an S₃ × S...

Permutation Symmetry Selection Rules and Ultraviolet Transfer Suppression in Graph Laplacian Propagators

Permutation Symmetry Selection Rules and Ultraviolet Transfer Suppression in Graph Laplacian Propagators We study transfer between distinct sources in positive, second-order scalar theories whose mass mixing is a graph Laplacian. A ten-vertex shared-anchor graph carries an S₃ × S...

Termination-Dependent Surface States and Magnetic Fingerprints of Chiral Helimagnet Cr1/3TaS2

Abstract Chiral helimagnets based on intercalated transition-metal dichalcogenides, characterized by nanoscale spin ordering, provide a powerful route to engineer chiral spin textures (e.g., the topologically protected magnetic solitons) and explore emergent electronic functional...

Information Flow in H → ZZ* → 4l: Spin-Qutrit Tomography of a Real CP-Even a2 Deformation

Quantum entanglement between massive Z bosons produced in Higgs-boson decays has recently become experimentally accessible at the Large Hadron Collider. In H → ZZ(*) → 4l, the two spin-1 Z bosons form an entangled spin-qutrit system whose polarization and spin-correlation structu...

Addendum v2.0 to DIOM-DLEQM: Eradication of Phenomenological Parameters and Absolute Geometric Falsification

Version 2.0 Release Notes: In the v1.0 release of this addendum, certain system limits (such as the Spatial Impedance ξ ≈ 1.42) were temporarily treated as free phenomenological parameters inverted from observational data. This version strictly eradicates all such empirical compr...

Nodal-Length Bounds for Surface Metrics with Isolated Non-Analytic Points

We prove a C_g sqrt(lambda) upper bound for nodal lengths on closed surfaces whose metrics are analytic away from finitely many isolated points and satisfy a summable quantitative analytic-scale condition near those points. The result includes an explicit smooth non-analytic toru...

Nodal-Length Bounds for Surface Metrics with Isolated Non-Analytic Points

We prove a C_g sqrt(lambda) upper bound for nodal lengths on closed surfaces whose metrics are analytic away from finitely many isolated points and satisfy a summable quantitative analytic-scale condition near those points. The result includes an explicit smooth non-analytic toru...

Nodal-Length Bounds for Surface Metrics with Isolated Non-Analytic Points

We prove a C_g sqrt(lambda) upper bound for nodal lengths on closed surfaces whose metrics are analytic away from finitely many isolated points and satisfy a summable quantitative analytic-scale condition near those points. The result includes an explicit smooth non-analytic toru...

Addendum to DIOM-DLEQM: Cross-Scale Falsification Matrix and A Priori Parameter Locks

When addressing cross-scale anomalies, traditional Absolute Realism in physics tends to introduce independent free parameters (e.g., dark matter, dark energy, inflaton fields). This addendum formally establishes the theoretical boundaries of the Dynamic Information-Ontology Model...

An exact constant-term reduction and partial p-adic results for Sun's Conjecture 2.2(i)

We prove several rigorous partial results for Zhi-Wei Sun's Conjecture 2.2(i). The numerator is positive, and the exact 2-adic valuation gives the complete 2-adic unit criterion; whenever the quotient is integral, this yields the conjectured parity criterion. An exact all-index f...

Quantum Thermodynamics at Geometric and Physical Boundaries: From Thermal Casimir Stresses to Modular Horizon Entropy

We formulate a unified relativistic framework for quantum thermodynamics at physical, causal, and entangling boundaries. In standard flat Minkowski space, the quantum vacuum represents an inert zero-entropy state. However, the introduction of a boundary restricts spectral modes,...

Thermodynamics of Continuous Quantum Measurement in Cavity Optomechanics: Photon-Phonon Heat Fluxes and Quantum-Limited Engine Efficiency

Modeling continuous quantum measurement as an explicit thermodynamic process is essential for establishing the operational limits of nanoscale quantum heat engines. In this paper, we develop a comprehensive stochastic thermodynamic framework for a cavity optomechanical system sub...