This book focuses on advances in physics research. Chapter 1 reviews simple relationships of classical mechanics and describes new proposed methods for the slowdown, localization and trapping of various micro- and nanoparticles by means of external electromagnetic fields of fixed spatial configurations and controlled strength. Chapter 2 introduces a new physical principle based on old relational ideas, whose direct applications to the Newtonian theory leads to a modified theory of gravity in which the gravitational constant G is replaced by a homogeneous function of thefirst degree on the system’s configuration space. Chapter 3 is aimed at primordial black holes in the pre-inflationary era, their quantum-gravitational corrections, shifts of inflationary parameters, and other implications. Chapter 4 focuses on Lorentz-invariant equations for weak gravitational fields, as well as studies theflux and the energy density of the gravitationalfield. Chapter 5 studies the auroral oval of the northern lights during a moderate magnetic storm on the Sun using the method of directed gravitational mass spectroscopy, GMS. Chapter 6 introduces a theoretical framework for studying the dynamics of the elastic cross section and important parameters in nuclear physics that are calculated for the three and two-body systems using the Faddeev equations. Chapter 7 carries out a study on the production of heavy neutrons. Chapter 8 gives the exact analytical solutions for two Kawahara equations. Chapter 9 explores new families of the Kd V equation. Chapter 10 provides an analytical solution to a Duffing equation coupled with a linear equation. Finally, in Chapter 11, gravitational over-the-horizon noise (GN) from oscillations of the NGH void, which, from time to time, ejecting preon clouds in the direction of baryonic matter, is examined.
More ebooks from the same author(s) / Editor
36,423 Ebooks in this category
