Quantum Field Bit Theory (QFBT)

Quantum Field Bit Theory (QFBT) introduces a unified informational framework in which every physical or immaterial entity carries at least one quantum bit (Q‑Bit) of information. This informational content arises from a fundamental transition of the universal rest field from its ground state S_0 to an excited state S_1. The theory defines the rest field as a physically real, information‑latent structure of the universe. A Q‑Bit is described as the minimal energetic excitation of this rest field, possessing non‑zero energy and effective mass. Consequently, every particle is modeled as a localized Q‑Bit excitation, and the dynamics of the universe emerge from transitions between rest and excited states. QFBT provides a unified, information‑energetic description of particles, fields, and physical events. It aims to contribute to foundational physics, quantum information theory, and the conceptual understanding of field‑based causality. The framework is formulated to be accessible both to physicists and to non‑experts interested in the informational structure of physical reality.