Energy and Information: The Axiom of Interconnection, the Quantum Q, and the Roles of Neutrinos and the Higgs Boson in UWCM

This work develops the ontological basis of the Unified Wave Cosmological Model (UWCM) regarding the connection between energy and information and is the first part of a trilogy. The trilogy is entitled Development of the Ontological Basis and Formal Foundations of the Unified Wave Cosmological Model. The trilogy consists of three parts: Part 1. Energy and Information: The Axiom of Interconnection, the Quantum Q, and the Roles of Neutrinos and the Higgs Boson in UWCM; Part 2. A New Understanding of Hierarchy: The Fifth Dimension and Projection Equations in UWCM; Part 3. The Level Structure of Time in UWCM: D2+t, D3+t, D4+t as a Hierarchy of Time. It is shown that energy and information are primary together, as two aspects of a single process — the dynamics of the Plast. An axiom of interconnection is proposed: any entity that carries and possesses a certain energy cannot transfer energy without simultaneously transferring information, and vice versa. Energy is inseparable from information, and information from energy. An energy-information quantum Q is introduced — a working name for a unit that is projected into energy and information depending on the method of measurement. Projection operators are proposed: Q → E (Higgs boson), Q → I (neutrino). The symmetry of agents is shown: neutrinos are agents of energy and information from the Filling to the SGW; the Higgs boson is an agent of energy and information from the SGW to the connections and nodes. A connection with the holographic principle is shown: fixing one bit per area 4l_P² requires the energy of rearranging the configuration of connections. Landauer's principle receives an interpretation: erasure of information is replaced by rearrangement of the configuration of connections of a node, and the contradiction with the principle of information conservation is removed. Bekenstein–Hawking entropy is embedded in the general picture as a special case of the unified structure of the connection between energy and information. The development of the understanding of the Higgs boson and neutrinos relies on [1] and [6]. A consequence of the new interpretation is the inhomogeneity of the birth of matter: the Higgs boson delivers energy and information from the SGW in a targeted manner, which is consistent with JWST observations.