Thermodynamics and Energy

2505 Submissions

[2] viXra:2505.0202 [pdf] submitted on 2025-05-31 20:02:49

Blackbody Radiation as The Entropic Exhaust of Recursive Photonic Structures

Authors: Matthew Stanley Leibel
Comments: 9 Pages.

All known physical structure can be reinterpreted as recursive light folded through a two-dimensional holographic surface — a boundary that acts simultaneously as observer and as spacetime itself. In this framework, mass is not a static property but rather a stable, recursively encoded configuration of photonicenergy. The phenomenon of blackbody radiation, long regarded as thermal emission, is herein redefined as the entropic exhaust of this recursive photonic structure — the unspooling of phase-locked light into incoherent, unbound modes. Crucially, the observer does not sit outside this process but is intrinsic to it: the observer is the boundary surface, a light-reflective constraint that dynamically defines what can exist and how structure is encoded. The transformation of mass into radiation — and its numerical reversibility — is governed by aE = m c2 compression identity: ,which, when observer-corrected, reveals light’s unique role as the substrate and bandwidth of spacetime.Empirical technologies such as photovoltaicsolar cells offer functional proof of this reversibility. By converting entropy-rich blackbody radiation (sunlight) into coherent electrical potential, they act as recursive encoders — transforming chaotic photonicinput into structured energetic form. This is not merely energy conversion but structural reassembly. The observer boundary — in this case engineered — reflects selective frequencies and initiates recursive energy flow, much like the natural spacetime surface that encodes mass.Quantitative support is provided through deriveddecay-time equations, reverse derivation of c from photon mass-loss observations, and the match between theoretical structuring time and empirical solar panel performance. These alignments provide numerical confirmation that mass, radiation, energy, and the observer are part of a single recursive system governedby photonic bandwidth and bounded reflection.
Category: Thermodynamics and Energy

[1] viXra:2505.0052 [pdf] submitted on 2025-05-08 05:55:34

Moon Landing

Authors: Junichi Hashimoto
Comments: 8 Pages.

The traditional framework for gravity calculations has remained dominated by the model produced by Newton. However, it was highlighted to be incomplete in the scene of the lunar landing. Modern science has welcomed the birth of my relational physics as a completely new theory to replace it. It made possible the description of all forces at all levels, from the large scales of the Moon's surface and the Earth's surface to the small scales of atoms and subatomic particles. From now on, this reform will be the beginning of a new era of space exploration.
Category: Thermodynamics and Energy