The Principles of Thermodynamics

Abstract

This paper proposes a reformulation of thermodynamics based on the Principles of Matter or Laws of Unity, redefining heat, inertia, gravity, and the structure of matter. Heat is redefined as the excess-energy (Ee) carried by free particles. Matter is described as a unity of potential-energy (Ep) and sharing-energy (Es), with inertia arising from their combined unity force (Fu = Es + Ee). This framework replaces entropy, the second law, and the third law of thermodynamics. The paper traces the origin of heat to the Big Bang, where four base particles - protons (p), electrons (e), neutrinos (ν), and photons (γ) - formed two base unities (pν and eγ), which remain as free heat-carrying particles. It then applies the Laws of Unity to reinterpret nuclear fusion, beta decay, nuclear fission, photosynthesis, combustion, and planetary heat as processes of energy sharing (Ep → Es) and excess-energy release (Es → Ee). Radiation is reframed as heat transfer through the equalisation of excess-energy during particle collisions. A quantum is redefined as a free particle, with its minimum initial Ee equalling its Es or gravity. The paper further argues that electricity and magnetism are misconceptions, proposing that electricity is "electronic heat" and that magnetic fields are electronic fields generated by repelling free electrons. This leads to a reinterpretation of electric generators as devices that transfer electronic heat rather than induce electromagnetic currents. Finally, the paper extends the Laws of Unity to astrophysical structures, proposing that stars, planets, galaxies, and black holes are hierarchical unities governed by sharing-energy and excess-energy flows. A galaxy is described as an ultimate unity centred on a black hole where potential-energy converts entirely into sharing-energy, producing infinite pull towards its centre.