Editor-in-Chief . -corr. RAN A. In. Nikolaev . Kamchatka, with. Paratunka, Institute for Cosmophysical Research and Radio Wave Propagation: IKIR Publishing, 2008. 366 s. Recognized by. Annotation. An alternative scenario for the formation of the Sun and the solar system is proposed and discussed (Chapter 2), a fundamentally new model of the hot Earth (and planets), the features of the planet's formation, the internal structure and the evolution of parameters is discussed (Chapter 3). However, before, an attempt is made to justify the creation of a new model of the Earth, alternative to the generally accepted one (Chapter 1). Further, sequentially considered: thermodynamics of hot Earth, where the values of thermodynamic parameters are estimated, a generalized equation of the state of matter, the distribution of temperature along the radius, and t. is determined. d. (Chapter 4); consider chemical aspects of hot Earth, discuss the role of hydrogen, the problem of basalts and granites, etc. p. (Chapter 5); a fundamentally new model of the generation of the geomagnetic field and physical models describing its features - pole drift, Western drift, the tricks of the age-old course, etc. p. (Chapter 6); The problem of geodynamics is discussed, the essence of known (and not very known) geodynamic paradoxes is revealed, physical models of continental drift, spreading and subduction are proposed (Chapter 7) discusses and outlines the author's new approach to the problem of global seismicity and the physics of the earthquake site (Chapter 8); discussed the problem of interaction of geospheres: lithosphere, atmosphere and ionosphere (Chapter 9). Several separate questions, not directly related to the hot Earth model, but used in it and of self-interest, are submitted to the Applications. It discusses the fractal properties of the Earth as a self-organizing open system, the principle of minimizing gravitational energy and differentiating the density of the gravitating ball, the properties of astrophysical plasma and plasma crystal, and the resonant nature of the solar system.