Books&Monographs

The Atomic Economy presents a comprehensive framework for understanding how atomic-level interactions underpin the next wave of technological innovation. From hydrogen catalysis to nanomaterial design, this book bridges fundamental physics with applied engineering, offering readers a rigorous yet accessible guide to the molecular forces shaping clean energy, advanced materials, and AI-accelerated discovery. Drawing on cutting-edge research from GEIOS Technologies, the book explores geothermal nanotechnology, catalytic nanofoams, and the economics of atomic-scale processes that will define the 21st century.

NanoGeopolitics follows the economic logic of nanoscale cost-stack compression to its geopolitical conclusion: when nanotechnology compresses costs, it concentrates capability; when capability concentrates, it redistributes leverage; and when leverage shifts, sovereignty itself is renegotiated. The book examines how control of matter at the nanoscale has entered the calculus of national power across semiconductors, energy systems, defense manufacturing, bioindustrial platforms, and critical infrastructure, and analyzes the nano-industrial models pursued by the United States, China, the European Union, Japan, South Korea, India, and selected middle powers. Written for investors, engineers, economists, policymakers, and strategists.

The real AI race is not being decided by chatbots alone. It is being fought through chips, energy, robotics, factories, materials, and control of the technologies operating at the smallest scales. This book examines the physical infrastructure beneath artificial intelligence and the geopolitical contest surrounding it: advanced semiconductors, nanotechnology, carbon nanotubes, photonic and neuromorphic computing, gallium-oxide power electronics, robotics, and energy infrastructure. It covers semiconductor chokepoints, the strengths and vulnerabilities of the United States, China, Europe, the Gulf states, Southeast Asia, and India, why energy may become AI's defining constraint, and why the competition is really seven interconnected races, not one.

We can design and synthesize nanomaterials faster than we can verify what we have actually built. At the center of this book is a simple conviction: you cannot scale what you cannot see. It explains how cryogenic electron microscopy, artificial intelligence, and foundation models are turning nanoscale imaging into an autonomous verification engine for materials science, covering the design-build-test-learn loop, the metrology bottleneck, 3D reconstruction, self-supervised learning, generative density priors, and the hallucination problem in scientific AI, then applies these ideas to energy materials, direct lithium extraction, hydrothermal nanomanufacturing, and self-driving laboratories. Book Three of The Atomic Economy Trilogy.

First Edition Manuscript. Radiogenic heat from the decay of uranium, thorium, and potassium isotopes is the silent engine behind Earth's thermal evolution. This book examines the isotopes that generate it, the rock physics that govern how it is produced, stored, and conducted through the crust, and the quantitative balance between radiogenic heat and tectonic heat flow. Published by GEIOS Technologies and Nanogeios Laboratory, 2026.