What is it about?
Published in the #3 mathematical physics journal, Geiger derives the physical constants from first principles. This means, each physical constant is described without reference to another physical constant, fundamental descriptions of the notions of length, mass, and time relative to the internal and system frames of the universe.
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Why is it important?
There are over 11,000 downloads of MQ research, 7 papers and over 50 pre-prints, which present classical solutions to 60+ problems in modern physical theory, including dark matter, dark energy, expansion, early universe events, formation of the CMB, a new form of length contraction and more. All results have been summarized in this newest publication, a summary review of MQ, entitled "Measurement Quantization". With more than 20 new discoveries, MQ continues to reveal measurable, verifiable discoveries far beyond what existing classical mechanics has allowed.
Perspectives
Geiger is an English graduate from the Univ. of Florida, who has used the study of referential systems to physically isolate from first principles the foundations of classical theory; that is to say the physics beneath the physics that gives rise to the physical constants. Geiger is a top 10 most read single author theoretical physicist in the world (per Research Gate). His successes have earned community recognition, by example a 2023 appointment to the editorial board of Scientific Reports / Nature.
Jody Geiger
Read the Original
This page is a summary of: Measurement quantization, International Journal of Geometric Methods in Modern Physics, January 2023, World Scientific Pub Co Pte Lt,
DOI: 10.1142/s021988782350069x.
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