Worlds Coordinated with Cosmic Muons (el. knyga) (skaityta knyga) | knygos.lt

Aprašymas

World Coordination: The Signals From Space and How They Coordinate Your Life presents a groundbreaking exploration of how cosmic muons - subatomic particles that constantly bombard the Earth from space - can be used not only to reveal hidden structures but also to coordinate and interpret our worlds in new ways.

Drawing on decades of pioneering research, Professor Hiroyuki K.M. Tanaka introduces the emerging concept of cosmic-signal world coordination, a framework that connects objects, environments, and events within universal space-time coordinates.

The book examines two complementary realities: nondirectional worlds, governed by the deterministic and time-reversible signal framework, and directional worlds, shaped by observation, probability, and the arrow of time. Through a blend of physics, philosophy, history, and practical innovation, the chapters explore how cosmic muons can provide a new perspective on knowledge, discovery, and the relationship between observers and the universe.

The book draws upon the author's inventions and discoveries, including muometric positioning systems, cosmic navigation technologies, time synchronization systems, and muon-based environmental sensing. In addition to summarizing existing research, it provides readers with the conceptual tools and creative strategies needed to generate new ideas and discoveries of their own.

Written for physicists, researchers, students, educators, industry professionals, and scientifically curious readers, this book offers an accessible introduction to one of the most exciting and rapidly evolving frontiers of modern science.

Key Features

• Presents a unique single-author framework uniting nondirectional and directional world coordination through cosmic muon signals.
• Includes real-world case studies and latest research demonstrations, illustrating how muons can be used for positioning, navigation, timing, communication, and environmental sensing.
• Contains an interdisciplinary approach combining science, philosophy, and practical strategies for invention and discovery.