What question did this study set out to answer?

This work aims to explore the physical implications of triadic dynamics and its relation to information conservation.

May 18, 2026Open Access

TMD: Triadic Dynamics of Reality, Part 2.: Huygens, Higgs, and the Law of Information Conservation

Key Points

This work aims to explore the physical implications of triadic dynamics and its relation to information conservation.
Introduces the concept of triadic A–B–C wave as a unifying mechanism.
Connects Huygens principle and Higgs mechanism through triadic evolution.
Develops a phenomenological framework for understanding wave propagation and time irreversibility.
Describes the non-unitary nature of the triadic network.
Indicates a breakdown of traditional information conservation principles.
Establishes a connection between wave dynamics, mass generation, and entropy.

Abstract

This work constitutes the second part of the series TMD: Triadic Dynamics of Reality.While Part I focuses on the geometric foundations of triads and their local orientational dynamics, this text examines the physical consequences of triadic evolution. It introduces the triadic A–B–C wave as a unified mechanism underlying both the Huygens principle of propagating change and the Higgs mechanism of resistance to change. The work further shows that the triadic network is fundamentally non‑unitary, leading to the irreversibility of time and the breakdown of traditional information conservation. This phenomenological formulation provides an ontological framework that connects wave propagation, mass generation, entropy, and the arrow of time within a single orientational structure.

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