Science and Cosmos

This book argues that the most important moments in rational inquiry begin not with success, but with failure. When proof breaks down, when a framework falls silent before truths that appear stable and well-defined, something essential is revealed—not about the truth itself, but about the limits of the system meant to capture it. Moving between logic, mathematics, and physics, the book shows how undecidability and non-provability function not as walls, but as signals, guiding inquiry toward more adequate forms of explanation.

Why does the universe have mass at all? Why are stars, galaxies, and even people possible instead of a cosmos of pure light? The discovery of the Higgs boson at CERN in 2012 gave science a long-awaited answer—but not the final one. This book explores the Higgs boson not only as a particle of physics but as a symbol of humanity’s restless search for meaning. From the pioneering ideas of six physicists in 1964 to the monumental experiments of the Large Hadron Collider, he guides the listener through the science with clarity and wit, showing how invisible fields shape the visible world.

This book examines neuroplasticity without illusion and without despair. Against the popular belief that the brain can be endlessly reshaped by will alone, and against the opposing conviction that it is largely fixed and unchangeable, Neuroplasticity: Limits and the Architecture of Change offers a sober, philosophically grounded account of how the brain truly adapts. Plasticity is presented not as a miracle solution nor as a closed door, but as a fragile, conditional capacity—real, powerful, and constrained.