Time--Space Oscillations (TSO): A Comprehensive Overview of the Research Corpus

Time--Space Oscillations (TSO): A Comprehensive Overview of the Research Corpus The Time--Space Oscillations (TSO) framework offers a deterministic and geometric perspective on physics, unifying classical mechanics, quantum phenomena, and relativistic effects through the phase geometry of time and space. By modeling particles and fields as intertwined temporal–spatial oscillations, TSO provides intuitive explanations for entanglement, inertia, wave–particle duality, and the emergence of forces. This document presents a structured overview of the TSO research corpus, summarizing approximately 20 published papers. It highlights key conceptual foundations, theoretical developments, and explorative applications, while summarising and clarifying the various temporal–spatial wave function representations and Cauchy integral formulations employed throughout the articles. In addition, the overview offers guidance for navigating the full corpus and understanding interrelations among the papers, enabling readers to approach TSO research systematically. By presenting both the foundational principles and advanced structures in a coherent manner, this overview serves as a roadmap for further theoretical exploration and applied research within the TSO framework. Version Updates: 0.93 Replaced Version specific DOIs &Links with Generic DOIs 0.92 Reverted to original version = 0.9. For an overview of related work and publications, visit:https://ndl1971.github.io/time-space-oscillations/ For questions, discussion, or collaboration regarding this work, please see ORCID profile: 0009-0007-4818-4485 https://orcid.org/ 0009-0007-4818-4485