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ndl1971 edited this page Feb 26, 2026 · 11 revisions

Time–Space Oscillations (TSO) Wiki

Welcome to the Time–Space Oscillations (TSO) Wiki, a collaborative resource for understanding and exploring the TSO framework.

TSO is a mathematically rigorous and intuitively approachable framework in which spacetime exhibits intrinsic oscillatory structure. From these oscillations, quantum, relativistic, and gravitational phenomena naturally emerge.

This wiki is designed for students, researchers, and enthusiasts, guiding you from fundamental concepts to advanced topics.

What You Will Find Here

  1. What is Time–Space Oscillation? (Intuitive View)
    Learn about what is TSO?

  2. Why Oscillations in Time and Space?
    Motivations for a Time and Space that are oscillatory in its fundamentals rather than linear.

  3. Complex Numbers Explained (Intuitive Foundations)
    Learn why complex numbers exist, how they are represented, and why complex-conjugate oscillations are central to TSO. Here we also explain how our euclidean or linear notion of space and time emerges naturally out of oscillatory relations.

  4. Time Dilation, Lorentz Contraction, and Phase Dynamics
    Understand how time and space oscillations lead to relativistic effects and emergent real-valued metrics.

  5. Time–Space Fields
    Explore the definition of TSO fields, particle identity, spin, and gravity as phase-gradient effects.

  6. TSO and Quantum Mechanics
    See how uncertainty, spin, and probabilistic outcomes naturally arise from TSO dynamics.

  7. TSO, Particles, Spin, Gravity
    Discover the relations to TSO as the self referring structure behind particle identity, spin and gravity.

  8. TSO Field Equations and Interactions
    Discover single-particle and multi-particle dynamics, Compton frequency, and emergent phenomena.

  9. Concrete Examples / Everyday Units
    Translate TSO into tangible numbers and units — Compton frequencies, Planck scales, and gravity effects.

  10. Comparison with Existing Frameworks
    Understand how TSO generalizes QM, EM, string theory, and dynamic entropy, while preserving time and space as fundamental.

  11. Get Involved / Join the TSO Team
    Find out how to contribute to TSO, from simulations and derivations to visualizations and outreach.

This wiki is a living resource: it will expand as researchers, students, and enthusiasts contribute.

Explore, learn, and contribute — TSO is a framework that grows with its community.

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