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2) Negative Mass and Negative Refractive Index in Atom Nuclei - Nuclear Wave Equation - Gravitational a
This book deals concisely with all the theories of contemporary physics, from relativity (restricted and general) to quantum mechanics and quantum field theory, via nuclear and particle physics. In addition, the rudiments of plasma physics, solid state physics, semiconductor physics, and group theory are exposed.
The approach of this textbook is to deal directly with the mathematical formalism and to present the main equations of each theory,
This textbook describes, with the necessary mathematical formalism, all cognitive areas related to modern physics, starting from the formulation of the scientific method to the crisis of classical physics in the second half of the nineteenth century.
These areas range from mechanics to fluid dynamics, thermodynamics to optics, oscillatory phenomena to electromagnetism, and are interconnected by the cognitive matrix of experimental physics
In this book, the great history of physics discoveries is traced, starting from the scientific revolution of Galileo and Newton to the physics of today and the near future.
The understanding of physics is approached both from a theoretical point of view, expounding the definitions of each particular field and the assumptions underlying each theory, and on a practical level, going on to solve more than 350 exercises related to physics problems
In the bestselling The Physics of Star Trek, the renowned theoretical physicist Lawrence Krauss took readers on an entertaining and eye-opening tour of the Star Trek universe to see how it stacked up against the real universe....
Hurlburt Effect depicts the effect of total mass of unobservable space on quantum levels and radiation of the astrophysics big bang hole on the unobservable universe and the localized, observable big bang and observable universe. There were major shifts in mass and density of the structures of the earlier, larger unobservable universe with the unobservable universe's later, smaller big bang. The most surrounding space is the big bang hole which
...10) Full Free Motion of Celestial Bodies Around a Central Mass - Why Do They Mostly Orbit in the Equator
Objects in the Universe are subject to the continued actions of forces (accelerations) because of rotation, translation, electromagnetic, and gravitational interactions with nearby and distant surrounding bodies.
Under many circumstances, we may neglect external accelerations because they might be of low magnitude compared to local accelerations. But that doesn't mean that they don't exist. Moreover, subtle differences in acceleration
...No matter how far away they are, particles of energy or matter can get entangled and interact predictably with one another. This phenomenon is known as entanglement in quantum theory.
In physics, the concept of entanglement refers to how particles of matter or energy can join up and interact predictably with one another, regardless of their distance from one another. Because of this inexplicable connection that they nevertheless maintain,
..."Time and Space: Einstein's Theory of Relativity" is a compelling exploration of one of the most revolutionary concepts in the history of physics. Authored with clarity and depth, this book embarks on a journey through the intricate tapestry of Albert Einstein's groundbreaking theories, unraveling the profound implications they hold for our understanding of the cosmos.
The narrative commences with a meticulous introduction to the precepts
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