Publication & Public Communication Strategy
Measurement Quantization has entered a different stage of development. The earlier publication strategy was centered primarily on establishing the framework paper by paper. That phase produced eight journal publications between 2018 and 2025, culminating most recently in the peer-reviewed AIP Advances paper on the Hubble tension. The next phase is broader. Five major technical manuscripts are now available as preprints, the Informativity Institute website is being rebuilt as the principal reference environment for the research, a public video program is scheduled to begin immediately after the website relaunch, and a five-book popular-science series has been developed to carry the larger scientific story to a general audience.
The strategy is therefore no longer a sequence of isolated journal submissions. It is an integrated publication program in which peer-reviewed papers, the Institute website, long-form video, ResearchGate preprints, and trade publishing serve different functions while pointing to the same research record. Journal publication remains essential for technical scrutiny. The website provides the organized reference architecture. Video provides an accessible route into the ideas and the developing experimental story. The books provide the scale and narrative continuity that cannot be contained in a journal article or web page.
The central objective is concentration rather than volume. The immediate program is built around five journal manuscripts, one comprehensively rebuilt scientific website, a sustained YouTube launch, and one five-book publishing architecture. Each channel has a distinct audience and purpose, but each should make the other channels easier to discover and evaluate.
The Published Foundation
The program begins from an existing peer-reviewed record rather than from an unpublished theory. Eight papers document the development of Measurement Quantization across foundational measure, gravitation, cosmology, galactic dynamics, physical constants, and the Hubble tension. The Institute publications archive provides the site-level record of this work.
J. A. Geiger, AIP Advances, Vol. 15, Iss. 7 (July 2025), CC BY 4.0. doi:10.1063/5.0269029.
J. A. Geiger, International Journal of Geometric Methods in Modern Physics, Vol. 20, No. 04, 2350069 (2023), CC BY 4.0. doi:10.1142/S021988782350069X.
J. A. Geiger, International Journal of Theoretical and Mathematical Physics, 11(1), 29–59 (2021). doi:10.5923/j.ijtmp.20211101.03.
J. A. Geiger, Journal of High Energy Physics, Gravitation and Cosmology, Vol. 6, No. 2 (2020). doi:10.4236/jhepgc.2020.62015.
J. A. Geiger, Journal of High Energy Physics, Gravitation and Cosmology, Vol. 6, No. 1 (2020). doi:10.4236/jhepgc.2020.61008.
J. A. Geiger, Journal of High Energy Physics, Gravitation and Cosmology, Vol. 5, No. 2 (2019). doi:10.4236/jhepgc.2019.52028.
J. A. Geiger, Journal of High Energy Physics, Gravitation and Cosmology, Vol. 4, No. 4 (2018). doi:10.4236/jhepgc.2018.44038.
J. A. Geiger, Journal of High Energy Physics, Gravitation and Cosmology, Vol. 4, No. 2, 262–311 (2018). doi:10.4236/jhepgc.2018.42019.
The Next Five Journal Papers
The near-term technical publication strategy is intentionally narrow. Rather than extending the older inventory of short preprints, priority is assigned to five substantial manuscripts that present the current framework across five of its most consequential domains. All five are already publicly available as ResearchGate preprints, allowing readers to examine the work while formal journal publication is pursued.
This manuscript develops the galaxy-scale test of MQ and provides the natural technical bridge between the earlier galactic-rotation work and the current data-driven treatment of the radial acceleration relation.
This paper addresses the relationship between discrete measurement, realized geometry, and the relativistic description of gravitation.
This manuscript develops the common structural treatment of gravitational and electromagnetic phenomena and the experimentally relevant distinctions between their realizations.
This paper carries the framework to cosmogenesis and the earliest physical conditions, placing the origin and subsequent evolution of the universe within the same count-based architecture.
This manuscript applies the framework to quantum measurement and the relationship between deterministic physical structure, realized records, and probabilistic quantum description.
These papers are not intended to be released as an undifferentiated stream. Each submission should be treated as a major technical publication project with journal selection matched to subject, a clear statement of what is derived or tested, reproducible supporting material where applicable, and a public preprint that remains available during review. The objective is to establish a smaller number of strong, current papers that collectively represent the mature research program.
October–November 2026: The Public Launch
The most important change in the publication strategy is that public communication now becomes a primary part of the program rather than a secondary record of it. The rebuilt Informativity Institute website is scheduled for completion on October 18, 2026. The first YouTube publication is planned for approximately November 1, 2026. Those dates create a deliberate launch sequence. The website becomes the stable reference environment first. Video then begins directing a broader audience into a research environment that has already been reorganized, updated, and prepared for sustained attention.
The YouTube channel should be treated as a major publication platform in its own right. Its purpose is not to replace peer review or compress technical papers into promotional summaries. It provides the missing explanatory layer between specialist manuscripts and a general audience. The strongest episodes should begin with a concrete scientific problem or empirical result, explain the conventional context fairly, show what MQ proposes or derives, identify what is already published and what remains under review or experimental test, and direct viewers to the underlying material. This structure makes the distinction between explanation, evidence, prediction, and open scientific question visible to the audience.
A successful video can expose the research to more people in days than a journal article may reach in months. That attention is useful only if viewers can immediately move from the video to a credible technical record. The October website completion therefore functions as infrastructure for the November channel launch. Videos create entry points. The website supplies depth, citations, publication history, preprints, and the continuing research record.
The initial video sequence should favor subjects with a strong empirical or conceptual hook rather than follow the historical order in which MQ was developed. The Hubble tension, the gravitational-constant measurement program, galaxy dynamics, the origin of the framework, and the question of what discrete measurement means can each open a different route into the research. Later episodes can build the deeper architecture only after the audience has been given a reason to care about it. Consistency is more important than an unsustainably high posting frequency. The launch should therefore begin with enough completed or nearly completed material to maintain continuity after the first release.
A Five-Book Scientific Narrative
The trade-book program is designed for a different scale of explanation. The current proposal organizes the research into five books, beginning with the discovery story and then moving through cosmogenesis, unification, cosmology and galaxy dynamics, and quantum foundations. The proposal is already substantially developed. Two chapters have been written, and the pitch package is ready for submission. The acquisition strategy is deliberately selective. The objective is not simply to secure a book contract, but to place the project with one of the seven major publishing houses identified as capable of giving the series the editorial reach, distribution, publicity, and long-term positioning sought for the project.
How One Insight Into Measure Opened a New Path Through Physics. The opening volume is conceived as an approximately 90,000–110,000-word narrative popular-science manuscript. It introduces the foundational question, follows the development of the two-frame framework, and makes experimental vulnerability central to the story rather than presenting the theory as a finished conclusion.
How a Universe Begins Without Assuming the Universe. The second volume develops the cosmogenesis and early-universe story, including initiation, count conservation, the quantum epoch, the transition to expansion, matter survival, and the cosmic microwave background.
Gravity, Electromagnetism, and the Hidden Architecture of Interaction. This volume develops gravitation, relativity, electromagnetic realization, physical constants, energy, and the proposed common architecture connecting gravitational and electromagnetic phenomena.
Dark Matter, Dark Energy, and the Hubble Tension Reconsidered. The fourth book brings together the cosmological and galaxy-scale consequences, including the Hubble tension, cosmic inventory, accelerating expansion, the radial acceleration relation, SPARC tests, lensing, clusters, and early structure.
Measurement, Superposition, and the Reality Beneath the Wave Function. The final volume addresses quantum measurement, uncertainty, probability, Schrödinger evolution, angular momentum, Bell statistics, classical records, and the recovery of broader quantum structure.
The first book is the acquisition priority. It is designed to stand on its own, allowing a publisher to acquire a complete popular-science narrative without requiring a five-book commitment at the outset. The larger architecture nevertheless matters because it demonstrates that the project has room to grow if Book One establishes an audience. The series should therefore be presented as a substantial long-term opportunity without making continuation a condition of the initial acquisition.
The publishing campaign and the YouTube launch should reinforce one another without making either dependent on the other. The book proposal gives agents and editors evidence of a developed narrative, a substantial technical foundation, and a defined multi-book horizon. The rebuilt website provides a professional research reference. The channel demonstrates the ability to explain the work directly to an audience and, over time, can provide publishers with observable evidence of audience development. The books, in turn, offer the depth, continuity, and human narrative that short-form web communication cannot reproduce.
One Research Program, Several Publication Functions
The resulting strategy has a clear division of labor. Peer-reviewed journals remain the venue for technical claims, derivations, data analysis, and specialist criticism. ResearchGate provides immediate access to major manuscripts while journal review proceeds. The Institute website is the canonical public map of the research program and its publication record. YouTube becomes the principal public-facing explanatory channel beginning in November 2026. The book series develops the complete intellectual and human narrative for a broad readership through a major publishing house.
This structure also reduces the pressure on any one channel to do work it is poorly suited to do. A journal paper does not need to introduce the entire research program. A video does not need to carry every derivation. A website page can provide depth without becoming a 100,000-word narrative. A trade book can explain the discovery process without substituting for the technical record. The same underlying work can therefore be presented at the level appropriate to each audience while preserving a clear path back to primary sources.
Every major public release should answer three questions for a new reader. What is being claimed? Where is the technical basis available? What observation, calculation, or experiment could distinguish the claim from alternatives? Maintaining that separation is essential as the audience expands beyond specialist readers.
The Objective
The next phase is designed to move Measurement Quantization from a collection of publications and research pages into a coordinated scientific communication program. By late 2026, the public-facing foundation is intended to include eight existing journal papers, five current flagship preprints moving through the journal-publication process, a comprehensively rebuilt Institute website, an active video channel, and a completed acquisition package for the first volume of a five-book series.
The purpose of that coordination is not to substitute visibility for scientific validation. It is to make the research easier to find, easier to evaluate, and easier to follow while the technical publication and experimental programs continue. The journal papers establish the formal record. The website organizes it. The videos open the door to a wider audience. The books tell the larger story. Together, they define the publication strategy for the next stage of the Measurement Quantization research program.
