ζ(-2 + ib) AS A QUANTUM GRAVITATIONAL FIELD: Dimensional Symmetry and Casimir Effects: Innovations in Muon Physics and Dimensions Induction

By Robert Dosseh-Kpotogbey

What if the number of dimensions we perceive were not a fixed given of the universe, but a state modulated by the boundary conditions of the quantum vacuum? In this book, Robert Dosseh-Kpotogbey proposes a radical answer to one of the oldest questions in theoretical physics: why do we observe exactly three spatial dimensions and one temporal dimension? Rather than compactifying extra dimensions behind inaccessible energy scales, the author develops a complete spectral architecture linking the non-trivial zeros of the Riemann zeta function, ζ(-2+ib), to a genuine quantum gravitational field. Three pillars structure this exploration: Matter-Dimensions Symmetry (MDS) - a spin-dimension correspondence generalised into a complete hierarchy of dimensional structures, distinguishing existing, effective, and felt dimensions, governed by families of Diophantine solutions. Generalised Casimir Effect - from the classical parallel-plate configuration to spherical, cylindrical, and branar geometries, reinterpreting quantum vacuum forces as the physical engine enabling dimensional transition. Dimensional Modification Technology (DMT) - the architecture of a Dimensional Resonator and the experimental protocols envisioned for observing these transitions, with implications for muon physics and the unification of fundamental forces. At the crossroads of string theory, the AdS/CFT correspondence, and analytic number theory, this book speaks to researchers and curious minds alike who wish to rethink the very geometry of reality.

• Format: Paperback
• Language: English
• ISBN: 999934822X
• ISBN13: 9789999348225
• Release Date: July 2026
• Publisher: Eliva Press
• Length: 204 Pages
• Weight: 0.62 lbs.
• Dimensions: 0.4" x 6.0" x 9.0"