The Scattering of Time

The Scattering of Time: Geometric Reconstruction from Bits to the Universe invites you into a unified ontological framework where the entire cosmos arises from the scattering, curling, and folding of primordial time. Rather than treating space, matter, and force as independent building blocks, this book proposes that they emerge from different geometric expressions of temporal flow-projected outward as space, curled inward as mass, and differentiated into gradients that manifest as force.
Blending conceptual clarity with philosophical depth, The Scattering of Time reconstructs the architecture of reality from first principles. It traces how information, geometry, and probability interact to generate particles, fields, and the physical laws that shape our universe. Along the way, it challenges the long-standing divide between relativity and quantum mechanics, offering a perspective in which both become complementary approximations of a single underlying process.
Accessible yet profound, this book is written for readers who are curious about the foundations of physics, the nature of reality, or the search for a coherent picture of the universe. Whether your background is in science, philosophy, or pure curiosity, this book invites you to look beneath the visible world and encounter the geometry that makes everything possible.