Theory of universal constants: Demonstration of the constancy of Planck's units and universal constantsKhalid Jerrari, 7 sept. 2022 - 73 pages The fundamental laws of physics include fixed numerical parameters called "universal constants". These quantities, determined experimentally and supposed to vary neither in time nor in space, remain one of the greatest mysteries of science. Our current knowledge does not allow us to understand their origin nor to determine them in a theoretical way. In this book, the author is mainly interested in these elements. His approach is to build a theoretical framework that could explain the source of these constants in our laws of physics and to propose a method that would not only predict them all but also define them. To do this, the author begins by introducing the assumptions on which he bases his theory. Then, in a first part, he expresses the universal constants, the Planck units and the thermodynamic quantities of the Universe in terms of its characteristic variables, such as its mass and its radius. In a second part, he demonstrates the constancy of the Planck units as well as that of the universal constants and, finally, he proposes a general theoretical framework to determine them. |
Table des matières
| 4 | |
Expression of universal constants Planck units and thermodynamic quantities according to | 21 |
2 | 29 |
Expressions et termes fréquents
according amount of heat assumptions Boltzmann constant chapter characteristic elementary particle characteristic mass characteristic particles characteristic quantities characteristic wavelength constancy of Planck's constants in terms Coulomb constant decreases define depends determine differential Einstein constant electron energy balance entropy equation equivalent establish evolve expansion phase exponents following relation function fundamental particle heat exchanged Hubble coefficient hypothesis implies internal energy kinetic energy Law of microscopic law of physics Law of spatial law of transformation mass flow microscopic transformation laws momentum Moreover namely Newton's constant number of characteristic numerical values obtain permittivity of vacuum physical meaning Planck and Boltzmann Planck charge Planck length Planck mass Planck temperature Planck units Planck's constant pressure principle of universal radius relationship relativistic mass respectively the mass structure parameter temporal microscopic transformation theoretical framework theory of universal thermal transformation thermodynamic system thermodynamic variables transformation coefficient unit of measurement unitary quantity variation Wien's law zero