This brochure is the first popular-science exposition of the author's research program on the physics of Bitcoin. It presents a new perspective on Bitcoin as a complex technical system—a planetary-scale commercial decentralized distributed computing network (CDDCN). The price of the asset (bitcoin, BTC) is treated not as a financial indicator, but as a macroscopic observable characteristic of the system. The brochure outlines the conceptual foundations of the emerging field of CryptoEconoPhysics—an interdisciplinary domain that studies systems with protocol-defined emission using the methods of engineering physics, complex systems physics, and the mathematical apparatus of nonlinear dynamics. Presented in a popular science format, the work introduces the Diffusion-Emission Model for Bitcoin, which separates the diffusion-driven (social) and emission-driven (protocol) mechanisms of price formation, identifies the structural invariant k = 4, and derives the lower boundary of the price channel directly from Bitcoin's protocol constants. The model establishes the kinematic boundaries of the system's long-term development through price observation. Written in accessible language for readers interested in the technological nature of Bitcoin, the brochure contains no investment recommendations. Instead, it offers a new mental model for understanding the most technologically sophisticated financial asset of the 21st century, emphasizing the physical infrastructure that is inseparably linked to the asset through Bitcoin's emission protocol. This brochure serves as an accessible introduction to the author's scientific paper published on Zenodo. Readers interested in the mathematical derivations, validation methodology, and formal development of the model are encouraged to consult the accompanying publication: Physics of Bitcoin: Kinematics of the Price Channel Defined by Adoption Diffusion and the Emission Protocolhttps://doi.org/10.5281/zenodo.19220905 Learn more about the author:igornovozhilov.ru Research program:cryptoeconophysics.com