Every day people send us research reports that intrigue them. A few of these reports may be beyond the understanding of anyone in addition to the people who wrote them. S.G. Bershadsky send us a copy of a report that may be in that category. Bershadsky attemped to understand or interpret or describe that report. Bershadsky writes:
It is rare to find a single formula that can simultaneously calculate the mass of a subatomic particle and tell a person if they need to go to the gym to save their gravitational coherence.
This research paper achieves the improbable feat of linking the deepest mysteries of the macroworld (the 123.5-billion-year lifespan of the Universe) and the microworld (the mass of a graviton, kg) with a very practical human concern: the optimal body weight.
Some highlights:
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- The Paradox: The author derives a “Law of Harmony” based on quantum synchronization of masses. It suggests that a human being is not just a biological entity, but a gravitational resonator.
- The Diet of the Future: The paper mathematically argues that a person’s weight must be in resonance with the Earth’s 24-hour diurnal rhythm. If you are overweight, you are literally “out of tune” with the planet’s gravitational harmony.
- The Longevity Boost: While some groups (like Henry Tye’s) predicted a cosmic collapse in 20 billion years, Kublanovsky’s Law of Harmony grants humanity an extra 110 billion years of stable development.
The Study Itself
The study is: “The Law of Harmony and Its Application: We Will Live Much Longer [?],” by S.I. Kublanovsky, 2026, http://ai.vixra.org/abs/2602.0110.
It is an unusual collection of words.
The author, without including any information about themself or their location, explains:
Humans are fascinating creatures. They are concerned with diverse problems: from issues of the microworld (for example, does the graviton particle exist?) to problems of the macroworld (for example, how much longer will our Universe exist?). Furthermore, it is always beneficial to know more about ourselves—for instance, our optimal weight (do we need to lose weight, and if so, by how much?). We provide answers to some of these questions in this article.
Let’s start from afar—with the Law of Universal Gravitation, published by Isaac Newton in 1687 and known to every high school student….