Logica Quanta: Total Wave Modified Schrödinger Equation: A Framework for Wave-Based Collapse (Paperback) (ISBN-13: 9789811786082)

What if wavefunction collapse is not a mystery - but a natural result of wave interference?

For nearly a century, the measurement problem has stood as one of the deepest questions in physics. The Schrödinger equation describes a smooth evolution of possibilities - yet every measurement yields a single outcome. Why?

In the third and final volume of the Logica Quanta series, independent researcher Larry Lim Kheng Cheong introduces the Total Wave Modified Schrödinger Equation (TWMSE) - a testable framework in which collapse emerges directly from accumulated wave interference.

Rather than placing the observer outside the system, TWMSE treats the observer and environment as part of the total wave field. When interference crosses a critical threshold, superposition resolves into a single realized state - naturally, without invoking consciousness or parallel universes.

This book presents:

- A clear explanation of the measurement problem and the limits of existing interpretations
- The full conceptual and mathematical structure of TWMSE (with rigorous derivations referenced in the author's Zenodo papers)
- Three distinct regimes of quantum behavior: non-collapse, resonance, and collapse
- Falsifiable experimental pathways - from laboratory interference tests to GNSS satellite signals, tidal dynamics, the Kármán line boundary, and a 2027 solar eclipse campaign

Building on Book 1 (The Evasive Logic of Quantum Physics) and Book 2 (Logical Reasoning and the Formulation of Quantum Mechanics), this volume completes a coherent trilogy - moving from philosophy, to logic, to a fully testable physical framework.

Whether you are a student, researcher, or simply curious about the foundations of quantum mechanics, this book offers a wave-based answer to one of science's most enduring questions:

How do quantum possibilities become physical reality?

A humble yet ambitious proposal - grounded in wave dynamics and open to empirical testing.

Part of the Logica Quanta trilogy
Book 3 of 3