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.
Aleš Kováč (Fri,) studied this question.