T. F. Kamalov

Classical Coulomb Resonator Spectra:\\ Stability, Non-Inertial Energy Balance, and\\ Model-Specific Stationary Radiation Scales

Version 12. A purely classical system consisting of a proton and an electron is considered as a Coulomb resonator. Due to the Coulomb interaction, the electron "falls" toward the proton but "misses" it, resulting in one of two possible scenarios: circular motion or oscillations p...

Non-Inertial Coulomb--Resonator Response Frequencies and Spectral Shifts in Hydrogen

Version 8. This preprint develops a stability-selected classical Coulomb-resonator model in an effective non-inertial framework. A consistent action normalization yields a hydrogenic n−2n^{-2}n−2 Coulomb scale after empirical calibration of the action unit. Under a phenomenologic...

Non-Inertial Coulomb--Resonator Response Frequencies and Spectral Shifts in Hydrogen

Version 7. Revised version focused on the non-inertialCoulomb-resonator interpretation and THz/GHz response-frequency signatures. We model the classical electron--proton system as a Coulomb resonatorwith stationary resonant modes in a weakly non-inertial referenceframe. The intri...

Hierarchical Continuous-Wave Liquid-Crystal Quantum-Photonic Processor

ocessor based on electrically addressable ferroelectric-nematic liquid-crystal (FNLC) nonlinear elements. The architecture combines continuous-wave spontaneous parametric down-conversion with shallow cascaded photon-generation modules, time-resolved heralding, parallel processing...

Non-Inertial Dissipation and Photon Redshift

We investigate whether higher time derivatives arising in effective non-inertial dynamics can provide a microscopic mechanism for an extremely slow dissipation of photon energy over large propagation distances. A photon is modeled as a finite electromagnetic wave packet with a ce...

Hierarchical Continuous-Wave Liquid-Crystal Quantum-Photonic Processor

ocessor based on electrically addressable ferroelectric-nematic liquid-crystal (FNLC) nonlinear elements. The architecture combines continuous-wave spontaneous parametric down-conversion with shallow cascaded photon-generation modules, time-resolved heralding, parallel processing...

Liquid-Crystal Quantum-Photonic Processor (LCQPP) Architecture

We propose a Liquid-Crystal Quantum-Photonic Processor (LCQPP) architecture based on a parallel array of independently electrically addressable ferroelectric-nematic liquid-crystal (FNLC) cells. A common optical initialization is combined with local information encoding through v...

Non-Inertial Response of Correlations: From Scalar Bell Observables to an Extended Correlation Tensor

A standard Bell observable is a scalar correlation associated with a selectedpair of local measurement directions. We formulate it as a projection of acomplete two-particle correlation tensor and distinguish two angular sectors.The central result is a reversal of the sign multipl...