Molecular Robotics II: Toward Chemical AI is an advanced academic volume that explores the intersection of molecular robotics, chemistry, artificial intelligence, and nanotechnology. The book focuses on the emerging concept of Chemical AI, where molecular systems are designed to process information, adapt to environmental stimuli, and exhibit learning-like behaviors through chemical reactions. The book examines how molecular machines and artificial cellular systems can be engineered to perform intelligent functions at the nanoscale. It presents recent developments in Molecular Cybernetics, including programmable chemical networks, molecular communication systems, and bio-inspired robotic mechanisms. Main topics covered include: Chemical Artificial Intelligence (Chemical AI) Molecular Robotics DNA Computing and DNA Nanotechnology Artificial Cell Systems Molecular Communication Liposome Assembly Technologies Molecular Actuation Smart Chemical Networks Biomimetic and Adaptive Molecular Systems Rather than focusing only on static chemical reactions, the book investigates systems capable of dynamic responses, adaptation, and information processing, similar to primitive forms of intelligence found in biological organisms. This book is primarily intended for: Researchers in nanotechnology and bioengineering Graduate and PhD students Scientists working in artificial intelligence and molecular systems Academics in chemistry, robotics, and synthetic biology The content is highly technical and research-oriented, making it more suitable for advanced readers and specialists in interdisciplinary scientific fields.