We’re excited to announce the forthcoming release of Nudimmud Physics – A Unified Field Theory, a comprehensive book that synthesizes years of research into a single, cohesive framework. Building on the concepts introduced in our earlier papers, this book outlines a bold new approach to unifying general relativity and quantum mechanics using scalar–torsion dynamics.
The manuscript explores how scalar fields coupled to torsion can smooth out cosmological singularities, turning the Big Bang into a gentler bounce and enabling spontaneous creation of universes through quantum fluctuations. It also delves into the fractal multiverse architecture proposed by the Cosmic Organism concept, where countless intraverses interconnected through antimatter cores help maintain cosmic balance.
Abstract cosmic swirl illustrating unified field dynamics across multiverses.
Beyond cosmogenesis, the book presents a complete Unified Field Theory that combines gravity, electromagnetism, and the nuclear forces via holographic principles and quantum geometry. It discusses the role of dark matter and antimatter in cosmic evolution, explains how light‑speed invar
iance and quantized spacetime bridge the quantum and classical realms, and introduces new mathematical tools for cross‑domain translation and pattern recognition.
Whether you’re a physicist, a curious reader, or an investor interested in next‑generation technologies, Nudimmud Physics – A Unified Field Theory provides a foundation for understanding our universe at its most fundamental level. Stay tuned for publication details and learn how this pioneering work could reshape
Key Takeaways from the Book
our undeIntroduces a unified field theory combining gravity, electromagnetism, weak and strong nuclear forces through scalar‑torsion dynamics.
Resolves cosmological singularities with a smooth cosmic bounce and fractal multiverse model within Nudimmud Physics.
Derives testable predictions linking scalar torsion parameters to cosmic expansion, particle masses and dark energy.
Offers a conceptual bridge between quantum mechanics and general relativi
ty with implications for cosmology, particle physics and beyond.rstanding of the
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