Dynamic Research (United States)

Calculations of the Unified Force Theory in the Aether Physics Model: QMU-Native Force Carriers, Distributed Charge, and Gforce Closure

Version 2.0 is a substantial modernization of the original \textit{Calculations of the Unified Force Theory as Explained in the Aether Physics Model}. It reformulates the force calculations of the Aether Physics Model (APM) in native Quantum Measurement Units (QMU), separates phy...

Aether Metric Coordinates IV: Laboratory Orientation, Holonomy, and Collective Boundary Realization in QMU

This fourth paper in the Aether Metric Coordinates (AMC) series extends the neutron-density and collective-coherence framework of Papers I--III into a laboratory program for testing whether externally prepared geometry, orientation, resonance, and chirality can produce a measurab...

Closure-Measure Conservation in QMU

This paper develops the realization calculus required to derive the four-fifths physical realization law in Quantum Measurement Units (QMU) without treating representation dimensions as sequential physical paths. A preceding temporal--charge analysis of the Aether unit establishe...

Temporal–Charge Factorization of the Aether Unit: Static Electrostatic Reference, Half-Spin Magnetic Realization, Five-Dimensional Space Resonance, and the Four-Fifths Physical Realization Law

This paper derives a unified temporal--charge factorization of the Aether unit within the Aether Physics Model (APM) and Quantum Measurement Units (QMU). The analysis connects three structures previously established separately in the QMU ledger: the complete Aether angular geomet...

Microscopic Closure of Collective Aether-Cell Recruitment in Neutron-Star Matter:Singular Phase Response and Conductance--Flux Equilibrium

This paper completes the microscopic recruitment mechanism developed in the Aether Metric Coordinates (AMC) series for dense neutron matter. The preceding collective construction established a pair-preserving hierarchy of coherent Aether cells, $M=2K$, but left two questions unre...

Microscopic Closure of Collective Aether-Cell Recruitment in Neutron-Star Matter:Singular Phase Response and Conductance--Flux Equilibrium

This paper completes the microscopic recruitment mechanism developed in the Aether Metric Coordinates (AMC) series for dense neutron matter. The preceding collective construction established a pair-preserving hierarchy of coherent Aether cells, $M=2K$, but left two questions unre...

Aether Metric Coordinates: Neutron-Induced Length-Density Strain and Photon-Path Curvature in Compact Objects

This work develops Aether Metric Coordinates (AMC) for compact objects within the Aether Physics Model (APM) and Quantum Measurement Units (QMU), connecting QMU source length density, material-space strain, neutron dense-matter geometry, and photon trajectories. Starting from the...

Aether Metric Coordinates: Neutron-Induced Length-Density Strain and Photon-Path Curvature in Compact Objects

This work develops Aether Metric Coordinates (AMC) for compact objects within the Aether Physics Model (APM) and Quantum Measurement Units (QMU), connecting QMU source length density, material-space strain, neutron dense-matter geometry, and photon trajectories. Starting from the...

QMU Registration of Gyroscopic Coupling in a Nonspinning Ferromagnet: Public-Trace Reproduction, a Composition Envelope, and a Material-Participation Constraint

Ahrens and Vinante recently measured gyroscopic spin-rotation coupling between two librational modes of a nonspinning, superconductively levitated hard-ferromagnet microsphere. The measured coupling provides a direct experimental relation between the magnetic moment $\mu$ and the...

QMU Registration of Gyroscopic Coupling in a Nonspinning Ferromagnet: Public-Trace Reproduction, a Composition Envelope, and a Material-Participation Constraint

Ahrens and Vinante recently measured gyroscopic spin-rotation coupling between two librational modes of a nonspinning, superconductively levitated hard-ferromagnet microsphere. The measured coupling provides a direct experimental relation between the magnetic moment $\mu$ and the...