How To Travel To And Explore Mars Or Proxima Centauri B

The problem of space exploration is the immense distances, so immense that they are measured in the distance that light travels at its great speed for a year, the light-year. Neglecting our “near” moon, whether our space exploration is of Mars or of Alpha Centauri’s planet Proxima Centauri b [after Mars the next nearest human habitable planet] the round trip will take at least a year [Mars] or over 10 years [Proxima Centauri b]. That means that the vehicle must support the crew with food, water, elimination of waste, breathable air, medical services, electric power, etc. without any support from Earth for a year or more, which means that the vehicle must be massive, and that is just to get there and return home. The purpose in traveling to Mars or Proxima Centauri b is to explore and scientifically investigate and that requires, in addition to simply getting there, a significant amount of scientific and laboratory equipment. Not only that, a flying vehicle to travel all over the destination planet is essential, which means that the space ship vehicle carrying all of that must be even more massive. That massive vehicle ship must be accelerated and decelerated throughout the trip without use of fuel. Rockets consume far too much fuel for long distance or long term use and solar sails are far too inflexible and inefficient. The only fuel-free acceleration for space exploration is by controlled gravitation; and that is the only means of a flying vehicle to explore all over the destination planet. Such control of gravitation is the subject and purpose of this book. Just as the sail-driven ships of past centuries explored the world with fuel-free travel by controlled use of the wind; a new gravitation technology

• | Author: Roger Ellman
• | Publisher: Independently Published
• | Publication Date: Aug 10, 2019
• | Number of Pages: 150 pages
• | Language: English
• | Binding: Paperback
• | ISBN-10: 1088501710
• | ISBN-13: 9781088501719