This book investigates the fundamental nature of decision-making and intelligence, exploring how cognitive processes lead to choices and the underlying mechanisms of intelligent behavior. Aleksander, a noted researcher in artificial intelligence and neural networks, draws upon his extensive work to present a cohesive argument about the computational basis of thought and action. The book examines the relationship between perception, memory, and decision-making, proposing a framework for understanding how systems, both biological and artificial, can exhibit intelligent properties.

This work is recognized for its foundational contributions to the understanding of artificial intelligence and cognitive science, particularly its focus on the computational aspects of decision-making. Aleksander's expertise lends significant weight to his arguments, making the book a valuable resource for researchers and students in the field. The book is noted for its theoretical depth and its attempt to bridge the gap between computational theory and the observed phenomena of intelligence.