Author Description

The universe concept is fascinating In contrast, the big bang hypothesis proposes that the cosmos started 13.7 billion years ago in a condition of tremendous density and intense heat. The big bang does, however, not provide a definitive solution to the crucial issue of where this very dense stuff and heat originated. The Universe's Evolution presents a new paradigm that makes it simple to comprehend how the cosmos was created and evolved. Professor Ghassan Hanna Halasa presents an innovative solution to the issues with both ideas by combining aspects of the big bang and steady-state theories, starting with the fundamental ingredient of creation itself: the overheated hydrogen tom. A particle traveling at the speed of light separates into an electron and a proton at the instant of the big bang. The electron chooses to travel at a speed greater than that of light, while the proton comes to rest. The two particles attract one another, explaining the electrostatic attraction, and halt at a certain distance in an endeavor to return to their ground condition (explaining the atomic radius). Calculations revealed that the electron's orbital speed is on the order of Bohr's speed. "I have a profound trust that the fundamentals of the cosmos will be both simple and beautiful," stated Albert Einstein once. Halasa's hypothesis is fundamentally simple enough for someone with just a cursory understanding of physics to comprehend, but sophisticated enough to potentially alter the way we think about the origin, evolution, and future growth of the universe. In this book, Paul Lehrer, a physicist, and researcher who has spent the last few decades learning about the cosmos and every other planetary body in the solar system, explains everything in graphic detail. 1. The origin of the universe 2. The Universe's Evolution 3. What we should know about the universe, among other things. What are you still waiting for? This is a well-written book that wil