Please find media kits:
for Published Research
The Physical Constants
Measurement Quantization (Oct. 28, 2022)
Measurement Quantization Describes the Physical Constants (Jan. 25, 2021)
Classical Mechanics
Physical Significance of Measure
Measurement Quantization Unites Classical and Quantum Physics
Quantum Model of Gravity Unifies Relativistic Effects, Describes Inflation/Expansion Transition, Matches CMB Data
Cosmology
Measurement Quantization Describes History of Universe – Quantum Inflation, Transition to Expansion, CMB Power Spectrum
Measurement Quantization Describes Galactic Rotational Velocities, Obviates Dark Matter Conjecture
for Research Pending Peer Review
The Physical Constants
Bounds to Measure: Physical Significance of Count Bounds to the Fundamental Measures.
Coulomb’s Constant: Describing Coulomb’s Constant Using Only Planck Units.
Electric Constant: Describing the Electric constant Using Only Planck Units.
Elementary Charge: Describing Elementary Charge Using Only Planck Units.
Fine Structure Constant: Describing the Fine Structure Constant Using Only Planck Units.
Frames: Three Frames of Reference Prerequisite to Deriving the Physical Constants.
Fundamental Constant: Four New Constants of Nature.
Fundamental Measures: More Precise Expressions for the Planck Units.
Gravitational Constant: Discrete Expressions for the Gravitational Constant Offer Improved Precision G=6.6740779428(56) 10⁻¹¹ m³/kg s².
Hubble’s Constant: Hubble’s Constant and the Underlying Physics of Expansion.
Cosmological Constant: Solving the Cosmological Constant Problem.
Magnetic Constant: Describing the Magnetic Constant Using Only Planck Units.
Newton and Planck Constants: Correlating the Newton and Planck Constants.
Extending Physical Constants: Extending the Physical Constants to 12 Significant Digits.
Significance of Measure: Establishing the Discreteness of Measure in the Frame of the Observer.
Planck Constant: Planck’s Constant – Request for Redefinition with Increased Precision.
What Defines Measure: What Defines the Fundamental Measures?
Classical Physics
Angle/Momentum: Universe Offers Shared Value for the Measure of Angle and Momentum at the Planck Bound – 3.26239030392(48).
Baryonic Density: Bounds to Baryonic Density.
Baryonic/EM Difference: What is the Physical Difference Between Baryonic and Electromagnetic Phenomena?
Blackbody Demarcation: Distance Corresponding to the Length Contraction Associated with a Measure of Blackbody Radiation.
Charge Coupling Demarcation: Distance Corresponding to the Length Contraction Associated with a Measure of Charge Couplings.
Dimensionality: Discrete Approach Offers Physical Confirmation: Three Spatial Dimensions.
Elementary Charge Demarcation: Distance Corresponding to the Length Contraction Associated with a Measure of Elementary Charge.
Equivalence: Discrete Approach to Deriving the Equivalence Principle as a Predicted Outcome.
Fundamental Expression: Simplest Relation Between Fundamental Units of Length, Mass, and Time.
General Relativity: Discrete Approach to the Contraction and Dilation of Measure with Respect to a Gravitational Mass.
Gravity: Classical Approach to Discrete Gravity.
Informativity Differential: Length Contraction Associated with Discrete Measure Resolves the Planck units Tension.
Kinetic Energy: Classical Approach to Orbital Star Velocity Obviates Dark Matter Conjecture While Demonstrating Path of Lowest Energy.
Metric Differential: Frames of Reference Still Misunderstood; There’s a Third Frame.
Properties of the Atom: Properties of Atoms Shown to be a Function of Discrete Geometry.
Planck Unit Expressions: Deriving the Planck Unit Expressions.
Quantum Behavior: Determinism and the Foundations of Quantum Behavior.
Singularities: Physical Approach to Demonstrating Singularities Cannot Exist.
Spatial Curvature: Spatial Curvature Incompatible with Discrete Phenomena.
Special Relativity: Discrete Approach to the Contraction and Dilation of Measure with Respect to Motion.
Symmetry: Physical Significant Approach to Describing Broken Symmetry.
Unification: Unifying Gravity with Electromagnetism G=2πɛγ.
Cosmology
CMB Power Spectrum: Classical Description of the CMB Power Spectrum without Λ or CDM.
Dark Energy: Dark Energy – a Geometric Phenomenon.
Dark Matter: Discrete Approach to Star Velocities Resolves Dark Matter Phenomenon.
Diameter/Age of Universe: Diameter & Age of the Universe as a Function of the CMB Temperature.
Dilation of CMB Age: Time Dilation of the CMB Age Confirms 363,312 Year Quantum Epoch.
Effective Mass: Effective Mass of a Galaxy, Star Velocity, and their Relation.
Mass Accretion: Increasing Universal Mass.
Mass in the Universe: Classical Description of Mass in the Universe without Λ or CDM.
Quantization Crossover: Physical Significance of the Transition from Classical to Non-classical Behavior in the Orbits of Stars.
Quantum Epoch: Measurements of CMB Age Confirm a 363,312 Year Quantum Epoch.
Spatial Curvature: Support for a Universe without Curvature.