Louis Hin Lok Tsang is an independent researcher with a background in Applied Physics (B.Sc., Hong Kong Baptist University, 2004). His work explores the foundations of physical law through a non-temporal, entropy-based framework known as the Tsang Entropy-Decay Theory.
Driven by long-standing questions about the nature of time, space, and structure, Tsang has developed a theoretical model that reconstructs physical processes as sequences of irreversible entropy decay. His approach integrates ideas from thermodynamics, cosmology, and information theory into a unified formalism where decay, not external force, becomes the primary engine of evolution.
Since 2022, Tsang has collaborated extensively with advanced AI systems to test conceptual limits and clarify the mathematical structure of the theory. This iterative dialogue between human intuition and algorithmic reasoning led to the development of the Entropy-Decay Equation and its 33-dimensional extension, which together form the core of the framework presented here.
His current research focuses on the theoretical implications of entropy curvature, resonant triggering, and memory-embedded decay in complex systems — spanning cosmology, condensed matter, and biological organization.