Roy Quantum Information Dynamics (RQID) PART 1: A Foundational Model Integrating Information Geometry and Quantum Dynamical Evolution - Softcover

Inhaltsangabe

Roy Quantum Information Dynamics (RQID) — Part I lays the foundation for an entirely new way of thinking about quantum mechanics: not as a set of mathematical rules, but as the physical behaviour of information itself.

In this first volume of the RQID series, theoretical physicist Surya Sekhar Roy introduces the core concepts that reshape quantum mechanics from the ground up. Drawing on the principles of the Roy Unified Framework (RUF) — including RPST, RIGEL, RICE, and RTIL — Part I explains why quantum coherence, superposition, wavefunctions, decoherence, and collapse must arise from the structure and dynamics of a deeper informational substrate.

This volume develops the full conceptual architecture required before the RQID equation can be derived in later parts. It includes:

Why the wavefunction has no physical meaning, why collapse is unexplained, why coherence lacks a carrier, and why gravity and thermodynamics remain disconnected from quantum theory.

Coherence emerges from phase alignment of “linkons” — fundamental informational relations. Amplitude becomes informational density. Phase becomes the physical orientation of coherent information.

• RPST: substrate and linkons

• RIGEL: curvature shaping quantum phase

• RICE: continuity and flow of information

• RTIL: thermodynamic noise and decoherence

These effects arise naturally once phase, coherence, tension, curvature, and informational noise are treated as physical.

Part 1 explains why no traditional equation — including Schrödinger’s — is fundamental, and why a new informational dynamical law is necessary.

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