The Fabric of Space: Unraveling the Mysteries of Physics

What if the deepest mysteries of the universe could be understood through a single, coherent framework?

Building on years of published research, the authors elaborate on their Fabric of Space (FS) framework - a unifying vision that seeks to resolve the deepest puzzles in modern physics. This far-reaching work bridges the divide between relativity and quantum theory, by describing forces, fields, and matter within a single continuous background Fabric with distinctive physical properties. The story of the universe is retold - from the Big Bang and the birth of matter to the large-scale evolution of the cosmos - through the lens of the FS framework. The concept brings new understanding to enduring mysteries such as black holes, dark matter and dark energy, matter-antimatter asymmetry, the nature of antiparticles, the elusive nature of gravitation, the origin of time and the surprisingly early formation of galaxies, while also offering a vision of the universe's future evolution.

The book also sheds new light on foundational concepts in quantum physics and particle physics, offering intuitive interpretations of spin, charge, quantization, quantum electrodynamics and quantum chromodynamics. Established theoretical constructs - such as the Higgs field and electroweak unification - are reinterpreted within a clear and coherent framework that emphasizes physical meaning rather than abstraction.

Whether a science enthusiast or a researcher seeking a fresh theoretical perspective, The Fabric of Space: Unraveling the Mysteries of Physics challenges readers to see the universe anew and to take a daring path toward understanding how everything fits together.

An open-access, citable version of this work is also available via Zenodo.