Abstract

By using a set of universally invariable physical quantities derived from hydrogen atoms as basis for measurement units, key physical constants (e.g., C, h, and H) emerge as integers. This integer representation aligns well with physics equations and fundamental laws that primarily depend on integer values. Hydrogen is the simplest and most abundant element in the universe, making it a logical choice for such a primary role. These results may point to a direct link between the physical constants at the quantum scale and those at the cosmic level.

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