László János Németh

Emergent Spacetime Viscosity: Validating Navier-Stokes Time-Fluid Dynamics via Fermi LAT Observations and Quantum Hardware Decoherence

Emergent Spacetime Viscosity: Validating Navier-Stokes Time-Fluid Dynamics via Fermi LAT Observations and Quantum Hardware Decoherence This paper presents a novel empirical validation of the Entropic-Resistance paradigm, modeling the microscopic fabric of spacetime as a viscous N...

Topological Mapping of Quantum Vacuum Fluctuations: Interfacing the Entropic-Resistance Paradigm with BEC Analog Models

This paper establishes a rigorous theoretical bridge between the Entropic-Resistance paradigm and recent experimental visualizations of quantum vacuum fluctuations (Zhang et al., 2026). Traditional physics often treats analog laboratory models as mere mathematical simulations; ho...

Topological Mapping of Quantum Vacuum Fluctuations: Interfacing the Entropic-Resistance Paradigm with BEC Analog Models

This paper establishes a rigorous theoretical bridge between the Entropic-Resistance paradigm and recent experimental visualizations of quantum vacuum fluctuations (Zhang et al., 2026). Traditional physics often treats analog laboratory models as mere mathematical simulations; ho...

Topological Flux Screening and Causal-AI Discovery of Persistent Superconducting Channels in Miassite (Rh17S15) and Novel Intermetallic Lattices

Conventional superconductivity models, notably the Bardeen-Cooper-Schrieffer (BCS) theory, rely heavily on phonon-mediated electron pairing within continuous thermodynamic frameworks, often failing to explain unconventional or high-temperature superconducting anomalies in complex...

Algorithmic Discovery of Room-Temperature Superconductor Candidates via Topological Stress Filtering in Causal-AI Networks

The precise geometric and topological mechanisms governing high-temperature and potential room-temperature superconductivity (RTS) remain obscured by the mathematical rigidity of continuous differential equations. In this paper, we operationalize the theoretical premise that supe...

Operator-Based Forward Sensitivity of Transient Interfacial Fluxes Under Localized Relaxation Contrasts

We investigate the transient interfacial-flux response of a spatially localized relaxation contrast embedded in a diffusive dissipative medium. A discrete operator formulation is combined with a forward-sensitivity expansion in the relaxation contrast, allowing the macroscopic re...

Operator-Based Forward Sensitivity of Transient Interfacial Fluxes Under Localized Relaxation Contrasts

We investigate the transient interfacial-flux response of a spatially localized relaxation contrast embedded in a diffusive dissipative medium. A discrete operator formulation is combined with a forward-sensitivity expansion in the relaxation contrast, allowing the macroscopic re...