What question did this study set out to answer?

This work aims to revise the energy model in Triadic Mesh Dynamics to reflect dynamic interactions and network phenomena.

June 14, 2026Open Access

TMD: Revision of the Energy Model — A Dynamic Definition of Energy

Key Points

This work aims to revise the energy model in Triadic Mesh Dynamics to reflect dynamic interactions and network phenomena.
Introduced a dynamic network framework replacing the static energy model E = US².
Incorporated elements such as orientational tension and network couplings into the new formulation.
Analyzed how the revised model applies to particle physics and field dynamics.
The revised energy model effectively describes both stationary and dynamic particles, such as protons and photons.
Unified energetic layer accounts for global phenomena like synchronization within networks.
Establishes a foundation for future theoretical developments in particle physics and cosmology.

Abstract

This work presents a revision of the energy model within Triadic Mesh Dynamics (TMD). The original static formulation E = US² is formally closed as a historical approximation and replaced by a dynamic network framework based on the energetic functional E = E\ₛym + E\CP. The new formulation incorporates orientational tension, network couplings, weak CP asymmetries, and the dynamic quantities of flow Φ, rhythm 𝑅, and couplings 𝐵. Together, these elements form a unified energetic layer capable of describing stationary particles (proton, neutron), dynamic excitations (photon), and global network phenomena such as synchronization. The resulting model provides a consistent and multilayered energetic structure that reflects the current form of TMD and establishes a foundation for further theoretical development and applications in particle physics, field dynamics, and cosmology.

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