Quantum Motion through Space (QMS).
Christian DESSERVETTAZ
Presentation of the Heuristic Interpretive Model of Quantum Physics: Quantum Motion through SpaceQuantum Motion through Space — abbreviated as QMS — is a heuristic interpretive model of quantum physics that aims to provide an intelligible representation of quantum phenomena, fundamental fields, and elementary particles. It does not seek to replace the established mathematical formalisms of contemporary physics, but rather to extend their conceptual scope by proposing a physical and geometrical image of the quantum world.Starting from a fundamental postulate concerning the discrete structure of space and the dynamical role of quanta of action, the QMS model examines both historical and contemporary physical theories in order to develop a coherent interpretive framework. Within this perspective, quantum phenomena are not considered solely as mathematical structures, but also as processes that may be represented through an underlying dynamics: the motion of quanta of action through a discrete spatial substrate.This approach also has a philosophical dimension. By revisiting long-standing questions concerning the nature of space, matter, vacuum, and physical reality, QMS seeks to establish a dialogue between fundamental physics, the ontology of space, and the metaphysics of nature. The model is therefore presented as an attempt at conceptual clarification, situated at the intersection of quantum physics, relativity, gravitation, and speculative cosmology.The thesis is organized into two main parts.The first part, comprising Chapters I to IV, is devoted to the foundations and dynamics of Quantum Motion through Space. It presents the physical and philosophical assumptions of the model, before developing its interpretation of quantum propagation, particles, the wave function, mass, energy, and gravitation.The second part, comprising Chapters V and VI, explores the cosmological and ontological extension of the model. It introduces the speculative framework of Black Holes–White Mountains, together with a reflection on quantum gravity, the discrete structure of space, and the mereological issues associated with such a conception of physical reality.As a whole, this work aims to formulate a coherent, cautious, and speculative interpretive framework intended to make conceivable an underlying kinetics of quantum and cosmological phenomena, while remaining attentive to the observational and theoretical achievements of contemporary physics.
•Aug 3, 2026•0 citations