Black Holes, White Holes, and Superluminal Starships
Versandkostenfrei!
Versandfertig in über 4 Wochen
18,99 €
inkl. MwSt.
PAYBACK Punkte
9 °P sammeln!
In view of the maladies afflicting this planet isn't it time to look to the other planets and stars for the future. Here's a new view of the ongoing process in our solar system and the beginning of a look to a future in the stars. This book begins with a description of the needs, and required methods, for a satisfactory, economical program for travel to the planets of the solar system. The defects of a reliance on chemical rockets are presented. The necessity of a nuclear rocket based program is presented. It then develops a proposal for the use of mini White Hole based starship engines and fo...
In view of the maladies afflicting this planet isn't it time to look to the other planets and stars for the future. Here's a new view of the ongoing process in our solar system and the beginning of a look to a future in the stars. This book begins with a description of the needs, and required methods, for a satisfactory, economical program for travel to the planets of the solar system. The defects of a reliance on chemical rockets are presented. The necessity of a nuclear rocket based program is presented. It then develops a proposal for the use of mini White Hole based starship engines and for gravity assists for starships. New solutions are presented for White Holes, and White Holes of the Second Kind, which are similar to the Schwarzschild solution for Black Holes. White Holes do not have an event horizon. White Holes of the Second Kind do have an event horizon. The use of mini White Holes for colliding beam particle accelerators is discussed. How do we create White Holes? The book suggests they may be generated by creating macroscopic quantities of the author's multiquark quarkium particles using inertial compression of tritium. Then the quarkium fluid may take the form of "Holes" that may be assembled into a White Hole engine or used in an ultra-high energy colliding beam accelerator. The mechanics of superluminal motion are derived. A superluminal extension of Newton's Second Law of Mechanics is presented based on this study of superluminal motion. This book is an endeavor to begin a serious study of superluminal starship travel.
Andere Kunden interessierten sich für
