Informativity Institute Newsroom
Press Releases
Official announcements documenting the development, publication,
empirical testing, and continuing research program of Measurement
Quantization.
The Informativity Institute press archive provides a chronological
record of major research announcements associated with Measurement
Quantization (MQ). The releases follow the program from its initial
formulation of a count-based approach to physical measurement through
later work on fundamental measures, physical constants, gravitation,
cosmology, and observational tests. Each entry below opens the complete
release, where readers can review the announcement in its original
context.
For Journalists and Editors
Press releases are intended as concise entry points into the underlying research. For background material, publication information, photographs, or interview inquiries, use the media resources at the end of this page. Scientific claims should be evaluated in conjunction with the cited papers, data, and supporting research pages linked from the individual releases.
Press Release Archive
September 30, 2026
How a Question About Measurement Became the MQ Research Program
A retrospective account of the question that motivated Measurement Quantization and the research program that followed.
September 8, 2026
MQ Traces Continuous Measurement to a Discrete Count Relationship
A release on the finite-count construction used to connect discrete measurement counts with continuously expressed physical measures.
September 8, 2026
MQ Distinguishes a Common Numerical Coefficient from Its Physical Realizations
An announcement clarifying how a shared numerical coefficient can participate in distinct physical realizations within the MQ framework.
September 5, 2026
MQ Clarifies the Distinction Between Underlying Counts and Observable Physics
A release describing the separation between underlying count structure and the physical quantities realized in observation.
July 22, 2025
MQ Offers Solution to Hubble Tension
An announcement presenting the MQ treatment of the discrepant late- and early-universe determinations associated with the Hubble tension.
January 25, 2023
Published MQ Review Brings Foundational Arguments into One Research Reference
A release marking publication of a consolidated review of the Measurement Quantization research framework.
October 28, 2022
International Journal of Geometric Methods in Modern Physics Accepts Summary Review of MQ Research
An announcement of journal acceptance for a paper bringing together major elements of the MQ research program.
September 19, 2022
Early-Galaxy Observations Pose a Test for MQ’s Cosmological Account
A release connecting emerging observations of early galaxies with testable implications of the MQ cosmological description.
September 26, 2021
Geiger Submits Measurement Mode Findings to NIST
An announcement documenting submission of MQ measurement-mode findings for consideration by the National Institute of Standards and Technology.
January 25, 2021
MQ Paper Links Physical Constants Through a Shared Measurement Framework
A release describing work relating physical constants through the common measurement structure developed in MQ.
April 18, 2020
MQ Identifies a Fixed Interaction Count in Its Electromagnetic Construction
An announcement focused on a fixed count appearing in the MQ construction of electromagnetic phenomena.
March 31, 2020
MQ Paper Develops an Alternative Sequence for the Early Universe
A release describing an MQ chronology for the earliest stages of cosmic evolution and the transition from the quantum epoch.
January 15, 2020
Measurement Quantization Examines the Physical Meaning of Fundamental Measures
An announcement on the MQ interpretation of fundamental length, mass, and time as physically meaningful measures.
April 15, 2019
MQ Applies Measurement Bounds to the Galaxy Rotation Problem
A release on applying finite measurement bounds to the observed dynamics of rotating galaxies.
October 11, 2018
MQ Study Explores a Common Measurement Description of Motion and Gravity
An announcement examining motion and gravitation through a common count-based measurement description.
April 27, 2018
MQ Specifies a Finite-Count Effect Distinct from Relativistic Contraction
A release distinguishing the MQ finite-count length effect from length contraction associated with relativistic motion.
April 27, 2018
First MQ Paper Sets Out a Count-Based Approach to Physical Measurement
An announcement marking the first MQ paper and its formulation of physical measurement in terms of finite counts.
Archive Note
This index links the substantive press-release pages identified in the current site map. Duplicate Squarespace copy pages are intentionally omitted so that each announcement appears once.
Media Resources
Additional newsroom resources provide institutional background,
publication information, photographs, and a direct route for media
inquiries.
