All papers are hosted on Zenodo, open-access, and include DOI-backed citations and direct PDF downloads.
This paper investigates a fundamental question at the core of modern physics. and we construct an alternative foundation for unifying disparate physical theories.
First published on April 17, 2025
This work challenges the centrality of time in physics, and invites a rethinking of evolution, causality, and observation from first principles.
First published on April 18, 2025
This paper proposes a clean break: a framework that eliminates time, space, and light-speed as fundamental constructs, replacing them with a single observable principle — irreversible structural change.
First published on April 18, 2025
In this paper, we reinterpret the Big Bang not as the beginning of time, but as the first irreversible decay event — the first structural shift in a timeless, spaceless preconfiguration.
First published on April 19, 2025
This paper introduces the first practical application of the entropy-decay framework. These devices operate through the controlled release of entropy stored in structured carbon materials.
First published on May 14, 2025
This paper introduces a novel theoretical framework for explaining conductivity and transparency in amorphous thin-film silica, based on the entropy-decay model developed by the author in earlier works.
First published on May 15, 2025
In this paper, we propose a unified cosmological framework based on entropy-decay theory, wherein the universe is a steady-state system punctuated by multiple, interconnected localized entropy collapses (τ=1).
First published on May 30, 2025
This paper proposes that the Solar System is the result of a localized entropic collapse event, effectively a correlated Big Bang, embedded within a larger steady-state universe.
First published on June 01, 2025
In this paper, we introduce a novel framework where dimensionality is not defined by geometry or spacetime, but by entropy propagation and structural complexity.
First published on June 04, 2025