Science and Cosmos

What if the stars were no longer far away? In this sweeping exploration of a future without distance, this book asks what would happen if humanity could step from world to world as easily as crossing a room. From the first leap beyond Earth to the governance of civilizations scattered across the galaxy, it traces the promises, perils, and moral dilemmas of a universe suddenly within reach.

Preparing for the next pandemic means completely rethinking the medical and administrative strategies that defined the response to COVID-19. Boris Kriger, drawing on his experience as the head of a clinical research center, he argues that the world’s obsession with vaccines—while valuable—came at the cost of neglecting the urgent development of drugs that could directly suppress viral replication. Instead of focusing solely on prevention, he insists, we must invest in treatments that can swiftly weaken a virus once it has entered the body, reducing both the severity and duration of illness.

This book restores the name of Felix Le Dantec—a scientist, philosopher, and heretic of his age—to the living current of thought. At the dawn of the twentieth century, he dared to proclaim that life is not a riddle imposed by spirit upon matter, but that matter itself is spirit—learning, feeling, and recognizing itself through the processes of biology. He saw the organism not as a mechanism steered by circumstance, but as a meaning-making machine: life as an act of self-comprehension, matter awakening to its own awareness.

This book explores nanotechnology—a revolutionary scientific frontier that is reshaping our understanding of what it means to manipulate matter at the atomic and molecular levels. Delving into the fundamental principles of nanoscale processes, the author reveals how these invisible mechanisms are driving breakthroughs in medicine, energy, manufacturing, and even space exploration.

Consciousness Unmasked is a fearless exploration of the most elusive machinery within us — the restless mind, the hidden subconscious, and the mysterious inner forces that shape our thoughts, dreams, and choices. Rejecting romanticized portraits of the human psyche, the authors examine consciousness as a flawed evolutionary tool: ingenious, yet inconsistent; powerful, yet often beyond our control.

What if reality is not a branching forest of infinite timelines, but a single, irreplaceable world whose value becomes clearer the moment we strip away seductive myths? This book confronts one of the most persistent modern fantasies—the idea of parallel universes—by examining it through science, philosophy, and the psychology of human perception. It exposes how easily speculative models slip into pseudoscience, how cultural repetition creates the illusion of credibility, and how misused scientific language blurs the boundary between rigorous inquiry and imaginative fiction.

A world normally hidden beneath equations and laboratory instruments unfolds here as a living, dynamic foundation of existence. This book reveals how tunneling, coherence, entanglement, and quantum uncertainty shape the deepest processes of biology—from photosynthesis and enzymatic catalysis to genetic variation, neural complexity, and the evolution of life itself.

What if love is neither a mystery nor a mere biological reflex — but a layered system where chemistry, consciousness, and culture intertwine? This book examines love without sentimentality and without reductionism. It reveals how desire emerges from dopamine-driven pursuit, why attachment relies on oxytocin and vasopressin, and how endorphins create the quiet stability many mistake for “routine.” But it also shows why no hormonal formula can sustain love on its own — and why meaning, choice, and the capacity to hold another person in one’s inner world matter as much as biology.

The Artificial Mind: Thinking Beyond Machines is a rigorous philosophical exploration of intelligence at a moment when the boundaries between human and artificial cognition have become uncertain.

A universe that builds galaxies out of dust and minds out of chemistry cannot help but provoke the deepest question of all: was intelligence meant to arise, or did it slip into existence as a brilliant accident? This audiobook follows that question across the full architecture of reality—from particles assembling into structure, to organisms navigating uncertainty, to civilizations listening for echoes in the cosmic dark.

Nuclear energy stands at the crossroads of fear and necessity, science and public imagination, catastrophe and promise. This book offers a clear, penetrating examination of one of humanity’s most consequential technologies—its origins in cosmic processes, its role in the modern energy landscape, the accidents that shaped its reputation, and the profound ethical questions that surround its use. Rather than taking sides, it illuminates the hidden mechanisms, political pressures, psychological forces, and historical legacies that form the real structure of the nuclear debate.

The Origin of Humanity: Evolution and Beyond is a wide-ranging philosophical and scientific exploration of how humanity emerged and what that emergence reveals about the nature of existence. Drawing on evolutionary biology, anthropology, neuroscience, cosmology, and philosophy, this book presents a unified vision of the human story as both a biological process and an existential event.

In Gödel’s Shadow: Why No System Can Explain Itself, Boris Kriger explores one of the most unsettling discoveries of modern logic and follows its consequences far beyond mathematics. Beginning with Gödel’s incompleteness theorems, the book traces how any system capable of describing itself inevitably encounters truths it cannot justify from within. What emerges is not a technical puzzle, but a profound philosophical insight into the nature of reason, meaning, and explanation.

In an era dominated by digital technology, we have long assumed that our devices—smartphones, computers, and networks—operate on the solid ground of classical physics. Yet the truth is far more profound: modern microelectronics has always rested on quantum foundations. Boris Kriger reveals how quantum mechanics quietly shaped the transistor from its inception, how effects like tunneling, interference, and decoherence were not later intrusions but essential enablers of function.

This book explains why events in the world cannot always be understood as the result of separate things influencing one another locally. Starting from a well-established result in modern physics, it shows that some correlations observed in nature cannot be explained by assuming that each object carries its own independent properties and that all influence spreads step by step through space. The book examines the theorem that establishes this limit and the experiments that confirm it.

What if topology were not about objects, but about transformations? Not about space, but about the conditions under which identity persists? This book invites listeners into a radical rethinking of mathematics—not as a solemn march of proofs, but as a living practice of imaginative stability, structural openness, and conceptual play. Moving through classical theory, unresolved conjectures, and emerging landscapes of abstraction, this work reframes topology as a mode of thought that thrives on deformation, ambiguity, and partial knowledge.

Measuring distances in the Universe is one of the most demanding intellectual achievements in the history of science. The objects studied by astronomy are separated from us by such vast expanses that no direct measurement is possible. Every number describing the scale of the cosmos must therefore be inferred indirectly, through light, motion, geometry, and carefully constructed physical models.

This book offers a rigorous and deliberately restrained examination of one of the most ambitious ideas in contemporary theoretical physics: the holographic principle. Rather than celebrating or rejecting holography, it subjects its claims to disciplined evaluation, asking not whether the mathematics works, but what, if anything, it entitles us to say about reality itself. The analysis proceeds from a simple but often neglected distinction between three levels of theoretical success: mathematical consistency, explanatory power, and ontological entitlement.

You are cosmically insignificant. You've heard it a thousand times. A pale blue dot. A speck of dust in an infinite void. A brief flicker between two eternities of darkness. This book says: that's wrong. Not sentimentally wrong. Mathematically wrong. Using rigorous information theory, fixed-point mathematics, and the concept of effective complexity developed by Nobel laureate Murray Gell-Mann, The Tiny Giants demonstrates that observers—biological and artificial—contribute a staggering share of the universe's meaningful structure.

Three hundred years ago, Leibniz proposed that our world is the "best of all possible worlds." Voltaire turned this idea into a joke. Philosophy moved on. The insight was lost. Until now.