Destructive Interference as a Path to Resolving the Quantum Measurement Problem

Authors: James Camparo

Source: Quantum Reports, Vol 7, Iss 4, p 46 (2025)

Subject Terms: measurement problem, collapse of the wavefunction, wavefunction phase, Physics, QC1-999

File Description: electronic resource

Relation: https://www.mdpi.com/2624-960X/7/4/46; https://doaj.org/toc/2624-960X

Access URL: https://doaj.org/article/978bad95d97d40cd94b3395ac3d2a667

Unified Field Theory: A Higher-Dimensional Projection Framework

Authors: Lance Thomas Davidson

Subject Terms: Unified Field Theory, Big Dimensional Collapse cosmology, higher dimensional gravitational coupling, bulk brane quantum projection, dimensional collapse geometry, observer angular bias physics, time cleavage operator dynamics, higher dimensional Ricci curvature, Einstein field equation extensions, spherical harmonic cosmological expansion, bulk wavefunction projection physics, multidimensional spacetime metric tensor, Ricci scalar gravitational curvature, Christoffel connection gravitational geometry, geodesic spacetime trajectory equation, quantum field Dirac Lagrangian coupling, scalar potential quantum interaction field, higher dimensional gravitational constant, spacetime stress energy tensor expansion, thermodynamic entropy energy coupling, dimensional collapse potential dynamics, cosmic expansion differential geometry, gravitational density angular modulation, periodic table gravitational mass distribution, anisotropic cosmological perturbation theory, spherical harmonic energy decomposition, observable energy projection equation, higher dimensional collapse radius dynamics, implosion cosmogenesis energy model, higher dimensional cosmological metric evolution, spacetime curvature energy interaction, gravitational density spherical integration, bulk quantum phase modulation field, quantum projection observable spacetime, higher dimensional probability density field, collapse driven cosmological expansion, thermodynamic irreversibility cosmology, multidimensional projection geometry operator, cosmological angular perturbation function, gravitational energy spherical harmonic coefficients, higher dimensional Laplacian wave equation, quantum collapse activation function, observer field of view projection physics, cosmological anisotropy energy distribution, gravitational curvature tensor field dynamics, multidimensional coordinate projection operator, higher dimensional metric tensor geometry, entropy driven energy evolution cosmology, implosion trajectory cosmogenesis physics, bulk matter energy density distribution, observable spacetime quantum projection, gravitational harmonic angular expansion modes, spacetime energy conservation relation, cosmic scale factor differential dynamics, higher dimensional energy density collapse, quantum field bulk interaction potential, spacetime observer bias energy measurement, gravitational angular energy weighting function, dimensional collapse anisotropy modeling, quantum gravitational coupling framework, bulk dimensional cosmological integration model, multidimensional spacetime curvature mechanics, higher dimensional collapse potential energy, cosmological harmonic angular basis functions, gravitational density elemental modulation, thermodynamic coupling unified field theory, multidimensional observer projection model, higher dimensional energy conservation dynamics, cosmological expansion trajectory modeling, bulk wavefunction phase interference field, dimensional collapse cosmogenesis framework, spacetime curvature thermodynamic coupling, gravitational field anisotropy corrections, unified cosmological quantum gravity model

The Imaginary Part as an Internal Coordinate: A Real Two-Component Formulation of Quantum Mechanics

Authors: Faical, Lami

Subject Terms: real quantum mechanics, wavefunction phase, phase reconstruction, quantum interferometry, internal coordinate, two-component representation, Hilbert space geometry, quantum state tomography, quantum foundations, complex numbers in quantum theory

The Theory of Quantum Silence: Redefining Entropy, Noise, and Intelligence within the ψ–Hamzah Framework

Authors: JALALI, SEYED RASOUL

Subject Terms: Quantum Silence, ψ–Hamzah Equation, Hamzah framework, silence phase, entropy minimisation, noise reduction, coherence maximisation, fractional calculus, fractal derivatives, recursive integrals, decoherence-free subspace, ψ–Silent Phase, silent entropy, informational silence, intelligence index, coherence states, ψ–Wavefunction, phase synchrony, entropy suppression, noise suppression, cognitive silence, neuronal silence, decision threshold, conscious awareness, ψ–Cognition, oscillatory coherence, quantum computation, quantum memory, error-resistant quantum computing, topological phases, quantum phase transitions, pre-Big Bang silence, cosmological vacuum, fractal wavefunction, fractal resonance, informational equilibrium, intelligence emergence, entropy–noise–intelligence triad, Kolmogorov complexity reduction, algorithmic compressibility, coherent systems, ψ–Hamzah oscillations, silent intelligence matrix, fractal semiotics, resonance phase, coherence index, fractal phase-space, quantum noise suppression, cognitive decision-making, ψ–Hamzah amplitude model, entropy vs intelligence, informational voids, ψ–Hamzah phase integral, ψ–Hamzah wave equation, fractional operators, recursive memory kernel, ψ–Hamzah simulation, silent vacuum, decoherence-free state, zero-sound waves, ψ–Nullons, causal silence, informational genesis, Hamzah Genesis State, entropic null-space, informational density, noise minima, frozen decoherence, stochastic vs silent collapse, informational synchrony, emergent intelligence, phase coherence equilibrium, resonance of silence, intelligent entropy, critical silence point, ψ–Resonator fractals, intelligent wavefunctions, neural oscillatory silence, silence-based AI, noise-optimised AI, silent deep learning, quantum cryptography silence, eavesdropping detection, quantum security, silent intelligence emergence, ψ–Hamzah intelligence function, entropy suppression coefficient, phase coherence analysis, quantum vacuum silence, informational cosmology, silence cosmogenesis, entropy-free genesis, intelligent silence, ψ–Hamzah decision states, entropic delay functions, fractal memory dynamics, fractional entropy suppression, ψ–Noise dynamics, non-Markovian silence, informational intelligence metric, ψ–Silence tensor, cognitive silence metric, decision-critical silence, entropy balance, noise equilibrium, informational intelligence balance, ψ–Hamzah resonance, fractal cognition, silent AI training, silence-aware computation, neuronal phase synchrony, cognitive emergence, silent brain states, decision stillness, silent cognition, cognitive entropy suppression, informational economics, low-volatility equilibrium, noise-resilient economics, silence-driven stability, ψ–Economic wavefunction, silence-based market equilibrium, societal coherence, ψ–Social intelligence wavefunction, fractal society model, silence in complex systems, algorithmic silence, Kolmogorov compression, silent complexity reduction, informational reductionism, silence-based optimisation, silent resilience, noise suppression in networks, ψ–Hamzah societal dynamics, fractal decision intelligence, fractal cognition systems, entropy–intelligence optimisation, computational silence, silence-based simulation, silence-centred AI, universal silence model, ψ–Hamzah cosmology, pre-Big Bang silence, absolute vacuum coherence, informational stillness, Hamzah cosmogenesis, ψ–Vacuum entropy, silence in cosmology, silence in cognition, silence in AI, silence in economics, silence in neuroscience, silence in philosophy, ψ–Hamzah law of silence, silence intelligence theory, fractal informational physics, silence genesis, ψ–Hamzah intelligence emergence, universal silence principle, noise minimisation law, silence in quantum mechanics, ψ–Hamzah entropy tensor, fractal informational silence, silence as intelligence, silence as genesis, silence as order, quantum silence law, ψ–Hamzah intelligence resonance, entropy suppression wave, noise-coherence law, silence in systems theory, silence-informed AI, Hamzah silence cosmology, quantum silence mathematics, silent entropy function, ψ–Hamzah equilibrium, silence-optimised complexity, silence and consciousness, silence genesis principle, ψ–Hamzah informational order, silence as universal law

Hypothetical Velocity and Photon Ray Theory for Reflection/Refraction from a Moving Surface

Authors: Francesco R. Ruggeri

Subject Terms: photon ray theory, refraction from a moving interface, photon wavefunction phase conservation, hypothetical velocity

Relation: https://zenodo.org/records/8361327; oai:zenodo.org:8361327; https://doi.org/10.5281/zenodo.8361327

Availability: https://doi.org/10.5281/zenodo.8361327
https://zenodo.org/records/8361327

EXACTLY SOLVABLE POTENTIAL WITH A PRONOUNCED MAXIMUM: Exactly solvable potential with a pronounced maximum

Authors: Matti Selg

Source: Proceedings of the Estonian Academy of Sciences. Physics. Mathematics. 49:233-250

Subject Terms: analytic method, confining potentials, complete spectrum, bound and quasi-bound states, smoothly joined Morse-type, wavefunction phase shift, one-dimensional Schrödinger equation, Closed and approximate solutions to the Schrödinger, Dirac, Klein-Gordon and other equations of quantum mechanics, stationary wavefunctions, Exactly and quasi-solvable systems arising in quantum theory

File Description: application/xml

Access URL: https://zbmath.org/1597252

PARTIAL PHASES IN A CIRCLING ELECTRON: Partial phases in a circling electron

Authors: Englman, Robert, Yahalom, Asher

Source: International Journal of Modern Physics B. 26:1250145

Subject Terms: Berry phase, Many-body theory, quantum Hall effect, 0103 physical sciences, Aharonov-Bohm effect, Differential geometric methods, including holonomy, Berry and Hannay phases, Aharonov-Bohm effect, etc. in quantum theory, 01 natural sciences, adiabatic states, wavefunction phase

File Description: application/xml