Collaborators (updated October 20, 2022)

We expect a major boost in MQ research in early 2023 when 50 more papers will be submitted to peer reviewed journals. These papers are undergoing final reviews. For those interested in preliminary results, the papers are hosted as pre-prints on ResearchGate.

If you would like to know more about the MQ research initiative, please submit your questions through our contact page.

An MQ Discovery Series - Pre-prints

A Series of 50 Papers Advancing Solutions to the Most Difficult Problems in Modern Theory

The Physical Constants

• Recognizing the Physical Significance of Measurement Count Bounds Correctly Resolves the Velocities of Stars

• Coulomb’s Constant Expressed Using Only Planck Units

• New Expressions for the Electric constant Using Only Planck Units

• An approach to Describing Elementary Charge Using Only Planck Units

• Expression for the Fine Structure Constant Using Only Planck Units

• Considering the Universe as a Third Frame of Reference

• Planck Momentum: A New Constant of Nature

• Fundamental Measures: New Expressions for the Planck Units

• Expressions for the Gravitational Constant to 12 Significant Digits

• Hubble’s Constant and the Underlying Physics of Expansion

• New Expression for the Magnetic Constant Using Only Planck Units

• Correlating the Newton and Planck Constants

• Extending the Physical Constants to 12 Significant Digits

• Physical Significance of Measure

• Discrete Expressions for the Reduced Planck Constant

• What Defines the Fundamental Measures?

Classical Physics

• Correlating Angular Measure and Momentum

• Blackbody Demarcation

• Charge Coupling Demarcation

• New Approach to General Relativity Using Discrete Measure

• New Approach to Special Relativity Using Discrete Measure

• Expressions Defined Relative to the Frame of the Universe Confirm there are only Three Physically Significant Dimensions

• What is the Physical Difference Between Baryonic and Electromagnetic Phenomena?

• Equivalence of Inertial and Gravitational Mass as a Geometric Property of Nature

• Simplest Relation Between Fundamental Length, Mass, and Time

• Length Contraction Associated with Discrete Measure

• Correlating Galactic Star Velocities with Kinetic Energy

• Physical Differences in Describing Phenomena Locally Versus with Respect to the Universe

• Discrete Expressions Constrain our Understanding of Charge and the Ground State Orbital of an Atom

• Physical Significance of Symmetry and Why Some Phenomena are Not Symmetric

• Using Discrete Classical Expressions to Describe Quantum Entanglement

• Classical Description of Discrete Gravity

• Physical Correlated Approach Demonstrates Singularities Are Not Predicted in Nature

• Physical Support: Space Only Appears Curved

• Unifying Gravity with Electromagnetism G=2πɛγ

• Upper Bound to Baryonic Mass Density

Cosmology

• Interpreting the CMB Power Spectrum

• Measurement Quantization Offers 12-Digit Physical Support for a Universe with a Constant Radial Rate of Expansion

• Dark Energy – a Classical Description Using Measurement Quantization

• Using Measurement Quantization to Describe Star Velocities Classically

• Diameter & Age of the Universe as a Function of the CMB Temperature

• Effects of Relativity on the CMB

• Effective Mass of a Galaxy, Star Velocity and their Relation

• Increasing Universal Mass

• Physical Significance of Classical and Non-Classical Gravitational Curvature

• Quantum Epoch

• Classical Description of Mass in the Universe Without Λ and CDM