P01Aether Lagrangian for Black Hole Parameters (Physics Essays Vol. 38, No. 4)
Applies an Aether-Lagrangian framework to black-hole-scale parameters, emphasizing ledger-style relationships and testable scaling laws.
P02The Aether Physics Model: A Novel Framework for Unifying Quantum Mechanics and General Relativity
High-level synthesis of APM as a unification framework, outlining core assumptions, ledgers, and falsifiable experimental pathways.
P03Secrets of the Aether (3rd Edition)
Book-length reference consolidating APM/QMU concepts, definitions, and a broad set of derivations and applications.
P04From Atomic to Galactic: Eight Parameter-Free Retrodictions of the Aether Physics Model
Presents a cross-scale “stress test” of APM via multiple retrodictions intended to require minimal tuning and share common ledger inputs.
P05The Muon Anomalous Magnetic Moment in the Aether Physics Model: A Geometric Derivation
Geometric/ledger-based derivation targeting the muon’s anomalous magnetic moment, connecting magnetic moment structure to Aether geometry.
P06Chronovibration in Five Dimensions: A Classical Aether Origin of Superposition, Entanglement, and Tunnelling
Develops a 5D chronovibrational picture intended to reproduce quantum phenomena as emergent behaviors of a structured substrate.
P07BioAetherDynamics: A QMU-Based Model of Electromechanical Life Processes
Introduces a QMU-ledger approach to biological electromechanics, focusing on measurable conductance and field-coupled processes.
P08The Aether Lagrangian: Deriving Altitude-Dependent Magnetic Moment Variations in the Aether Physics Model
Uses an Aether-Lagrangian treatment to predict altitude-linked magnetic-moment variations and outlines the measurement logic.
P09BioAetherDynamics: A Visionary Biomechanics for Future Generations
Conceptual overview of BioAetherDynamics, emphasizing a future-facing research direction linking mechanics, fields, and diagnostics.
P10BioAetherDynamics Conductance Meter: A QMU-Based Approach for Biological Diagnostics
Proposes a conductance-meter concept framed in QMU terms for repeatable biological diagnostic measurements.
P11Beta Plus Decay and Matter Creation in the Aether Physics Model: A Geometric Framework for Nuclear and Cosmic Phenomena
Explores beta-plus decay and related creation processes using geometric ledger constraints spanning nuclear to cosmic contexts.
P12The Enigma of Mass: Insights from the Aether Physics Model
Discusses mass as an emergent/ledger quantity in APM, tying mass behavior to distributed charge and substrate geometry.
P13Natural Geometric Foundations of QMU and CGS Unit Systems: How Their Shared Recognition of Distributed Charge Reveals Fundamental Physical Reality
Motivates QMU by aligning it with distributed-charge reasoning implicit in Gaussian cgs, emphasizing dimensional closure and interpretability.
P14Bridging Mathematical Tools and Physical Reality: A Case for Dimensional Analysis in Modern Physics
Advocates rigorous dimensional/ledger analysis as a primary tool for model building, consistency checks, and hypothesis triage.
P15A Geometric Theory of Neutrinos: A Novel Interpretation Based on the Aether Physics Model
Introduces neutrinos as geometric/holonomic features in APM, focusing on how mixing and effective properties arise from substrate structure.
P16Time Dilation Demystified: Understanding Clock Rates in Space and Motion
Explains time dilation with an emphasis on physical clock mechanisms and rate changes, framed for accessible interpretation.
P17A Novel Interpretation of the Photoelectric Effect Using the Aether Physics Model
Reinterprets the photoelectric effect through an Aether-based lens, focusing on mechanism-level explanations and measurable predictions.
P18Reexamining Wave-Particle Duality: A Critical Analysis of the Particle Nature of Light
Analyzes interpretations of light’s particle behavior, emphasizing constraints, measurement signatures, and alternative mechanistic models.
P19A Unified Force Theory Based on Quantum Aether Dynamics: Predictions and Experimental Support
Presents a unified-force program within quantum Aether dynamics, emphasizing prediction structure and experimental touchpoints.
P20A Novel Interpretation of the Ideal Gas Law and Its Relation to Black Body Radiation Using the Aether Physics Model
Connects gas-law behavior and black-body considerations under APM assumptions, highlighting thermodynamic and radiative ledger links.
P21A Novel Approach to Electron Binding Energy: Insights from the Aether Physics Model
Proposes an APM-ledger interpretation of electron binding energies, with emphasis on scaling, structure, and testable comparisons.
P22Altitude-Dependent Magnetic Moment Variations: A Novel Approach Using the Aether Physics Model and Quantum Measurement Units
Expands the altitude-dependent magnetic-moment program with explicit QMU framing and practical observational/experimental implications.
P23Consistency of the APM with Relativity Theories
Examines how APM aligns with (or reproduces limits of) relativity via dimensional closure, clock-rate logic, and ledger correspondences.
P24An Introduction to Aether Engineering and Its Applications
Introduces engineering-oriented concepts under APM/QMU, focusing on practical device ideas and experimentally testable mechanisms.
P25From 5D Chronovibration to 4D Holonomy: A Rigorous Derivation in QMU
Derives a 4D holonomy description from 5D chronovibration using QMU-native ledger closure and explicit geometric mapping.
P26Tri-Modal Oscillation (trmo) as a QMU Blueprint for Physics: Geometry, Dynamics, and Thermoradiance in a Single Measurement Language
Defines trmo as a unifying QMU scalar intended to couple geometry, drive, and thermoradiance for experiment-ready resonance modeling.
P27Magnetic-Charge Domain Energy Storage: A Dual-Space Approach in QMU
Explores energy storage framed in a magnetic-charge domain, using QMU ledgers to define capacities, limits, and potential test devices.
P28Light as Aether Throughput in Quantum Measurement Units: A Minimal Lagrangian and Four Derivable Experiments
Presents a minimal light-throughput model in QMU and lays out a compact set of experiments derived directly from the ledger.
P29Chronovibrational Power Conversion: Harnessing Resonance in the Aether Physics Model
Outlines how chronovibrational resonance could be leveraged for power conversion, emphasizing measurable invariants and device protocols.
P30Ball Lightning in Quantum Measurement Units (QMU): A Lagrangian Derivation, Universal Invariant, and Laboratory Protocols
Develops a QMU Lagrangian treatment of ball lightning, highlighting a proposed invariant and practical laboratory test procedures.
P31Aether Propulsion via Rotating Magnetic Flux Tubes: A Testable Prediction from the Aether Physics Model
Proposes a rotating-flux-tube mechanism for propulsion and specifies measurable signatures intended to make the idea falsifiable.
P32A Topological Origin for Cosmic Birefringence: A Prediction of beta 0 = 1 / ( 16 pi 2 )
Connects cosmic birefringence to a topological/ledger factor, presenting a compact parameter-free prediction for the rotation scale.
P33Casimir-Driven Aether Nucleation and Matter Creation in QMU
Frames Casimir-scale interactions as a nucleation mechanism in QMU, with emphasis on ledger-consistent matter-creation pathways.
P34Nucleon Surface–Area Invariant in QMU: A Toroidal Ledger, Experiments, and Predictions for Particle Laboratories
Develops a nucleon surface-area invariant using toroidal ledger structure, and outlines particle-lab experiments designed to test it.
P35Foundations of QMU in Gaussian cgs: Aether Geometry, Ledger Identities, and a Minimal Replacement for Maxwell
Establishes QMU foundations and key ledger identities aligned to Gaussian cgs, introducing a streamlined electromagnetic formulation.
P36A QMU Lagrangian for the Photoelectric Effect: Banded Photons, Dynamic Photon Number, and rmfd Tests
Recasts the photoelectric effect in a QMU Lagrangian with banded-photon concepts and proposes rmfd-linked experimental checks.
P37Maxwell (1864) in Quantum Measurement Units: A Literal Twenty-Equation Ledger with Aether Geometry
Presents a literal Maxwell-equation ledger expressed in QMU, emphasizing Aether geometry and explicit operational quantities.
P38Localized Gravity Control via Curl Thresholds: Experimental Tests of the Aether Lagrangian
Proposes curl-threshold conditions for localized gravity-control signatures and outlines experiment designs intended to falsify the claim.
P39Aether as Physical Structure: QMU Invariants, Source Equations, GR Limit, and Falsifiable Predictions
Positions the Aether as a concrete structure, derives core invariants and limits, and catalogs predictions designed for experimental audit.
P40Solar-System Kinematics in QMU: A Curl–Au Ledger for Light, Time, and Orbits
Applies curl–Au ledger structure to solar-system kinematics, focusing on orbital relations, time, and light propagation in QMU terms.
P41Gforce in Mainstream Data: Mapping Gforce = c^4/G to Λ, Ledger Closures, and Observables
Maps a Gforce-style closure to observables and related quantities, emphasizing ledger consistency and measurable correspondences.
P42Impedance in Quantum Measurement Units (QMU): Purely Real Methods for Engineers — Article and Engineer's Reference Card
Engineer-focused treatment of impedance in QMU with “purely real” workflows and a compact reference card for practical use.
P43Mechanics of Stellar Composition in Quantum Measurement Units (QMU)
Uses QMU ledger mechanics to discuss stellar composition and related constraints, emphasizing measurable scaling relations.
P44A Trumpet-Geometry Tesla Resonator to Test the QMU Carrier Mapping
Proposes a trumpet-geometry Tesla resonator as a test instrument for QMU carrier mapping, emphasizing calibration and measurable output.
P45Aether Displacement ('Gravitational') Waves in APM: Dispersion, Polarizations, and QMU Benchmarks
Develops an APM wave sector for displacement (“gravitational”) waves and provides QMU benchmarks for dispersion and polarization tests.
P46QMU Rotating Magnetic Field Detector (rmfd): Design, Calibration, and 5D Aether Chronovibration Readout
Device design paper for rmfd, covering calibration logic and proposed readout channels for 5D chronovibration signatures.
P47Axioms of QMU and Dimensional Algebra: Ledgers, Morphisms, and Uniqueness
Formalizes QMU dimensional algebra with axioms, ledger morphisms, and uniqueness arguments to support consistent derivations.
P48Lundquist Filaments in Quantum Measurement Units (QMU): Coaxial Shells, Polarization Cancellation, and a QMU Data Pipeline for Orion A
Applies QMU-ledger tools to filamentary structures, with emphasis on coaxial-shell modeling, polarization cancellation, and data workflow.
P49The Josephson Effect in the Aether Physics Model Using Quantum Measurement Units
Interprets the Josephson effect through APM/QMU ledgers, emphasizing slope tests and bridge relations to electromagnetic constants.
P50The Charge Conversion Factor in the Aether Physics Model: From Singular to Distributed Charge, with Rules, Exceptions, and Benchmarks
Defines and systematizes the charge conversion factor bridging singular and distributed charge representations, including benchmark cases.
P51Helicity, Eddy, and Temperature in the Aether Physics Model
Connects helicity and eddy-style dynamics to thermal behavior within APM, emphasizing ledger-based measurement definitions.
P52Eddy Currents in the Aether Physics Model: A QMU Ledger for Relaxation, Induction, and Testable Protocols (with the Charge Conversion Factor Bridge and Experimental Validation)
Presents a QMU-native eddy-current ledger with relaxation/induction protocols and explicit linkage to the charge conversion factor.
P53Metrology of the Aether Unit and Curl in QMU: Operational Extraction of Au and Non-Circular Ledger Tests with Defined Curl and Cavity-Perturbation Derivation
Operational metrology guide for extracting $A_u$ and curl using non-circular tests, including a cavity-perturbation derivation path.
P54Neutrinos and the Weak Sector in the Aether Physics Model (QMU): Chronovibrational Mixing, Mass Ratios, and Oscillations
Treats weak-sector phenomena via chronovibrational mixing and ledger mass ratios, emphasizing oscillation structure and measurable constraints.
P55Casimir--Nuclear Chronovibration as the Cosmological Driver: A Full QMU Derivation
Develops a cosmological driver hypothesis based on Casimir–nuclear chronovibration, derived explicitly in QMU ledger form.
P56Spherical Cardioid Geometry of Aether Units: Dual-U(1) Holonomy, Torsion Quantization, and the QMU LedgerCreators
Introduces spherical-cardioid Aether-unit geometry with dual-U(1) holonomy and torsion quantization, framed for ledger closure.
P57QMU Metrology and Experimental Protocols: Reference Realizations, Calibration Chains, and APM Benchmarks
Provides reference realizations and calibration chains for QMU, emphasizing benchmark identities and repeatable experimental protocols.
P58APM Experimental Benchmarks: A Proposal for Falsifiable Tests in QMU
Curates an explicit benchmark suite for falsifiable APM tests, presenting a ledger-first structure for measurement and comparison.
P59Hydrogenic Spectra in Proton-Base QMU: Series Collapse and the Universal Holonomy Factor
Analyzes hydrogenic spectral structure in proton-base QMU and highlights a universal holonomy factor as a unifying spectral control.
P60Geometric Foundations of Particle Masses in the Aether Physics Model: Torsion Sign Reversal, Holonomy-Derived Mass Ratios, and Closed-System Implications for Space Manipulation
Derives particle-mass ratios from holonomy and torsion sign reversal, and discusses implications for closed-system control concepts.
P61High-Z Hydrogenic Lock-Test up to Fe(25+): Persistence of Universal Holonomy under Relativistic Scale-Up
Proposes a high-Z hydrogenic “lock test” (to Fe(25+)) to evaluate whether universal holonomy persists under relativistic scale-up.
P62The Unified APM Wave Sector: Transverse-Rotational and Longitudinal-Scalar Aether Modes (QMU)
Defines the APM wave sector with transverse-rotational and longitudinal-scalar modes, supplying QMU-native dispersion benchmarks.
P63Unified Field Sector of the Aether Physics Model: Lagrangian Formulation, Equations of Motion, and Metrological Ledger Tests (QMU)
Presents a unified-field Lagrangian and equations of motion for APM, coupled to metrological ledger tests designed for falsifiability.
P64QMU Curl as a Magnet Hardness Index: A Ledger-First Analysis of Magnetic Anisotropy Materials
Introduces curl as a practical “magnet hardness” index and applies it ledger-first to anisotropy materials and measurement workflows.
P65APM Post-Newtonian and Solar-System Tests (QMU): Perihelion, Shapiro, Frame-Dragging, and Light Bending
Derives post-Newtonian and solar-system test predictions in QMU, emphasizing perihelion, Shapiro delay, frame dragging, and light bending.
P66Aether-Driven Nonlinear Harmonic Generation in Photonic Chips: A QMU Interpretation of Passive Frequency Multiplication
Interprets passive frequency multiplication and nonlinear harmonic generation in photonics through an Aether/QMU ledger lens.
P67QMU–SI Translation and the APM Reference Ledger: Constants, Conversions, and Benchmark Identities
Provides translation rules, constants, and benchmark identities linking QMU to SI cross-checks while keeping ledger-first reporting.
P68Aether--Plasma Coupling in the Aether Physics Model: QMU MHD Equations, Stability, and Laboratory Experiments
Develops QMU-native MHD-style equations for Aether–plasma coupling, emphasizing stability conditions and laboratory experiments.
P69A Strontium Titanate Crystal Sphere with Oriented Cobalt Ferrite Inclusions: A QMU–APM Experimental Test Instrument Based on Rotating Magnetic Field Encoding
Proposes a strontium-titanate sphere with oriented magnetic inclusions as an APM/QMU test instrument using rotating-field encoding.
P70APM Nuclear Shells from Holonomy: QMU Curvature–Torsion Quantization, Nuclear g-Factors, and the Vajra Periodic Mapping
Builds nuclear shell structure from holonomy with curvature–torsion quantization and discusses implications for nuclear g-factors.
P71A QMU-Ledger Derivation of the Nuclear Binding Length: Holonomic Twist as the Origin of the Mass Deficit (QMU)
Derives a nuclear binding length from holonomic twist and frames the mass deficit as a closed-system ledger consequence.
P72Aether Metrology with STEM--EELS: Experimental Determination of Curl, Aether Rotation, and Magnetic Flux Units (QMU)
Proposes STEM–EELS as an experimental pathway to determine curl, Aether rotation, and magnetic flux units in a QMU calibration chain.
P73The Maxwell–Aether Ledger in QMU: Curl, Perm, and the Geometry of Coils
Develops coil geometry and electromagnetic relations in a Maxwell–Aether ledger, highlighting curl/perm roles in QMU form.
P74The Aether-Unit Maxwell Ledger: Unifying Electrodynamics without Permittivity or Permeability
Recasts electrodynamics in an Aether-unit ledger that removes permittivity/permeability as primary quantities in favor of geometric closure.
P75Phonon Magnetic Moments in QMU: Curl-Weighted Time-Frequency Modes in the Aether Physics Model
Introduces phonon magnetic moments within APM using curl-weighted time-frequency modes and outlines measurable condensed-matter signatures.
P76Reference Tables for Quantum Measurement Unit (QMU) Conversions: CGS and MKS Systems
Provides conversion reference tables and operational guidance for bridging QMU with standard unit systems as a verification layer.
P77Directional Curl-Gradient Interferometry and General Relativity in the Aether Physics Model (QMU)
Proposes interferometric tests sensitive to directional curl gradients and discusses how GR-limit behavior is expected within APM/QMU.
P78Galactic Center Nonthermal Radio Filaments in QMU: Aether Torsion, Relativistic Potential, and Length--Density Ledgers
Applies torsion and length–density ledgers to Galactic Center filaments, framing morphology and field signatures in QMU terms.
P79Matter--Aether Tensor Equation and the Electrical Complement of Gravity (QMU)
Presents a tensor-level relationship between matter and Aether fields and develops an “electrical complement” framing for gravity in QMU.
P80Mass--Energy Ledgers in QMU and Relativity: Constructive Aether Geometry versus Principle Theory
Compares ledger-first mass–energy closure to relativity-style principle formulations, emphasizing constructive geometry and testable identities.
P81Cardioid--Toroidal Radius Ledger in QMU: Aether Dipoles, Nucleon Holonomy, and Quadrupole Structure
Develops a cardioid–toroidal radius ledger for Aether dipoles and nucleon holonomy, with implications for quadrupole structure.
P82A Present-Moment Singularity in an Eternal Universe: Chronovibration, Time Symmetry, and the Rejection of Linear Time in the Aether Physics Model
Develops a time-symmetry and chronovibration-based cosmological framing emphasizing an eternal universe and a “present-moment” singularity concept.
P83Torsion Filament Law in QMU: Predicting Number, Spacing, and Angles Around Supermassive Objects
Introduces a torsion-filament law intended to predict filament counts, spacing, and angular structure around supermassive sources.
P84Superconducting Electron Pair Ledger in QMU: Aether Dipoles, Chronovibration, and Magnetic Cancellation
Develops a superconducting pair ledger using Aether dipoles and chronovibration, emphasizing magnetic cancellation and measurable constraints.
P85Torsion Filament Law Applied to Intergalactic Filaments: Predicting Substructures and Helicity in the Cosmic Web
Extends torsion-filament predictions to the cosmic web, focusing on substructure counts and helicity signatures in intergalactic filaments.
P86Bipolar Trumpet Coils as QMU Toy Models for Black Hole Torsion Filaments and Polar Jets (Analog Torsion)
Uses trumpet-coil analogs as toy models to emulate torsion filament and jet-like structure, emphasizing laboratory-accessible signatures.
P87Fine Structure Invariants in QMU: Electron, Nucleon, and Aether Charge Geometry
Develops fine-structure invariants in QMU, emphasizing electron/nucleon charge geometry and benchmark identities for comparison.
P88Neutron Beta Budget Closure and Beta Decay in the Aether Physics Model: A Geometric Ledger Bridging to Electroweak Theory
Constructs a neutron beta-budget closure ledger and connects the geometric accounting to electroweak-scale observables and lifetimes.
P89Capacity Regulators in the Aether Physics Model: Born–Infeld Magnetic and Mass Bounds (QMU)
Develops regulator-style bounds (Born–Infeld-type) for magnetic and mass capacities and frames them as ledger-enforced limits.
P90Dual-U(1) Aether Electrodynamics with Topological Mixing in QMU
Presents a dual-U(1) electrodynamics formulation in QMU, emphasizing topological mixing terms and ledger-consistent observables.
P91Loxodromic Packing of Aether Units and the Unity Invariant, U=6pi5
Develops a loxodromic packing model for Aether units and introduces a unity invariant intended to constrain geometry and scaling.
