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What is MQ

167 MQ Discoveries

Early Galaxy Formation

Physical Support

Constants

What Defines Measure?

Discreteness of Measure

Fundamental Measures

The Fundamental Expression

The MQ Invariant θsi

Bounds to Measure

Coulomb's Constant

Electric Constant

Elementary Charge

Fine Structure Constant

Gravitational Constant

Magnetic Constant

Newton–Planck Relation

Reduced Planck Constant

Physical Constants - Extended

Quantization Ratios

Classical

Baryonic & Electromagnetic Phenomena

Dimensions in Space

Discrete Gravity

Equivalence Principle

Gravity & Electromagnetism

Baryonic Density Bound

Blackbody Demarcation

Fine Structure Demarcation

Quantum

Angular Measure & Momentum

Einstein & Planck Energy

Atomic Properties

Quantum Mechanics

Quantum Measurement

Born Rule and Probability

Schrödinger Evolution

Quantum Entanglement

Relativity

Frames of Reference

Informativity Differential

Relativistic Expressions - Special Relativity

Einstein's Field Equation

General Relativity

Gravitational Time Dilation

Spatial Curvature

Cosmology

Cosmological Partitions

CMB Power Spectrum

Diameter & Age of the Universe

Hubble's Constant

Mass in the Universe

Effective Mass of a Galaxy

Baryonic Tully-Fisher Relation

Radial Acceleration Relation

Galactic Evolution

Galaxy Clusters and the Bullet Cluster

Gravitational Lensing

Time Dilation Between Epochs

Quantum Epoch Transition

Universe Initiation

Origin of the Universe

Evolution of the Universe

Spatial Curvature

Institute

Media Pages for Journalists

Join Newsletter

Page navigation

What is MQ

167 MQ Discoveries

Early Galaxy Formation

Physical Support

Constants

What Defines Measure?

Discreteness of Measure

Fundamental Measures

The Fundamental Expression

The MQ Invariant θsi

Bounds to Measure

Coulomb's Constant

Electric Constant

Elementary Charge

Fine Structure Constant

Gravitational Constant

Magnetic Constant

Newton–Planck Relation

Reduced Planck Constant

Physical Constants - Extended

Quantization Ratios

Classical

Baryonic & Electromagnetic Phenomena

Dimensions in Space

Discrete Gravity

Equivalence Principle

Gravity & Electromagnetism

Baryonic Density Bound

Blackbody Demarcation

Fine Structure Demarcation

Quantum

Angular Measure & Momentum

Einstein & Planck Energy

Atomic Properties

Quantum Mechanics

Quantum Measurement

Born Rule and Probability

Schrödinger Evolution

Quantum Entanglement

Relativity

Frames of Reference

Informativity Differential

Relativistic Expressions - Special Relativity

Einstein's Field Equation

General Relativity

Gravitational Time Dilation

Spatial Curvature

Cosmology

Cosmological Partitions

CMB Power Spectrum

Diameter & Age of the Universe

Hubble's Constant

Mass in the Universe

Effective Mass of a Galaxy

Baryonic Tully-Fisher Relation

Radial Acceleration Relation

Galactic Evolution

Galaxy Clusters and the Bullet Cluster

Gravitational Lensing

Time Dilation Between Epochs

Quantum Epoch Transition

Universe Initiation

Origin of the Universe

Evolution of the Universe

Spatial Curvature

Institute

Media Pages for Journalists

Join Newsletter

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Copyright 2018-2026 Informativity Institute, Inc.

Press Releases

09/08/2026 - MQ Distinguishes Why Theta is Applicable to Multiple Dimensions

09/08/2026 - MQ traces continuous measurement to discrete count relation

09/05/2026 - MQ Correlates Count Structure with Realized Phenomena

07/22/2025 - MQ Offers Solution to Hubble Tension

01/25/2023 - Published MQ Review Demonstrates Physical Significance of MQ Framework

10/28/2022 - Summary Review of MQ Research Accepted

09/19/2022 - Early Galaxy Observations Pose Test For MQ Cosmological Account

09/26/2021 - Geiger Submits Measurement Mode Findings to NIST

04/18/2020 - MQ identifies a fixed interaction count in its electromagnetic construction

01/15/2020 - MQ Links Physical Constants Via Three Fundamental Measures

03/31/2020 - MQ Resolves Early Universe Chronology

01/15/2020 - MQ Examines Physical Meaning Fundamental Measures

04/15/2019 - MQ Applies Bounds to Galaxy Rotation

10/11/2018 - MQ Relates Motion and Gravity

04/27/2018 - MQ specifies a finite-count effect distinct from relativistic contraction

04/27/2018 - Measurement Quantization Unites Classical & Quantum Physics - Published

02/17/2016 - Discovery

Publications & Strategy

Informativity Institute, Chicago, IL, USAinfo@informativity.org

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