Physical bases of quantum mechanics

sree Debasish Dasgupta

This master manuscript presents the Quantum Base System (QBS) framework—a mathematically rigorous and fully audited computational framework designed for standard quantum mechanical relations. By establishing 21 standardized equations (QBS-01 through QBS-21) and incorporating NIST CODATA 2022 physical constants, the framework provides a precise dimensionless rescaling of photon energy and de Broglie wavelength dynamics.Key Highlights:* Base Energy Scale: E_base ≈ 0.41328 eV, derived via a 1/3 normalization of a 1000 nm reference photon energy.* Mathematical Rigor: Formulated strictly as an algebraic identity (rescaling) of established quantum equations, ensuring absolute consistency with mainstream physics.* Complete Audit: Features fully verified numerical coefficients (such as C_QBS ≈ 4.61608 nm/eV), error-free exponent notations, and transparent worked examples.* Purpose: Serves as a robust technical working paper for rapid quantum computations, educational modeling, and open-science archiving.Keywords:Quantum Mechanics; de Broglie Wavelength; Dimensionless Scaling; CODATA 2022; Mathematical Physics; Open Science.

Alberto Galindo, P. Pascual

V. E. Shemi-zadeh

On the base of years of experience of working on the problem of the physical foundation of quantum mechanics the author offers principles of solving it. Under certain pressure of mathematical formalism there has raised a hypothesis of complexity of space and time by Minkovsky, being significant mainly for quantum objects. In this eight-dimensional space and time with six space and two time dimensions all the problems and peculiarities of quantum mechanical formalism disappear, the reasons of their appearance become clear, and there comes a clear and physically transparent picture of the foundations of quantum mechanics.

R. Collins

Cui Jing-hu

Through the observation of the causality and determinism in the Relativity and the experimental base of the birth of quantum mechanics, This paper explains the viewpoints of statistical effect and cause that causality in the quantum mechanics is non-domain, non-determinism, which is contrary to that of the description of the classical physics.

Max Born