EmDrive

EmDrive provides a comprehensive description of the theoretical background of this emerging technology. It includes the derivation of the essential equations, provides full thruster design details, and describes the manufacture and methods of testing that would enable the work to be correctly reproduced in the appropriate research facilities. Electromagnetic drive is a proposed method of propulsion that does not require a propellant, although it still requires fuel. It holds the potential to revolutionize renewable energy production, clean and quiet transport, and global climate control. Having evolved from numerous individual and organizational contributions, this book explains the origin and subsequent development of this theory from the original UK government requirement. The sequence of experimental devices is covered in detail, and the subsequent test results are discussed. Similar programmes in the USA and China are introduced, and the implications of recent disclosures are considered. This book will interest industry professionals working on electromagnetic theory and experimental physics in the fields of aerospace and energy engineering.

Roger Shawyer is a British Chartered Electrical Engineer with 50 years of experience in the Space and Defence industries. He is the inventor of the EmDrive propulsion technology, and for the last 21 years, he has been the director of a small R&D company, Satellite Propulsion Research Ltd. (SPR). In 1981, Roger moved into the Space Industry, taking up a position as a Principal Engineer with Marconi Space and Defence Systems Ltd. He gained extensive project management experience as the Payload Project Manager on four Eutelsat, high-power TV Broadcast Satellites. Another major programme was the Galileo European navigation satellite system, for which Roger was Technical Manager, responsible for the early design and development of the signal structure and payload equipment. In 2001, Roger left to set up SPR Ltd. and carry out initial EmDrive Research with 5 years of UK government funding. In 2008, Roger was elected a Fellow of the Royal Aeronautical Society.

1. The Beginning. 2. The Basic Theory. 3. The Experimental Engine. 4. Experimental proof. 5. Demonstrator Engine. 6. "And yet it moves.". 7. The Flight Thruster. 8. Flight Thruster Performance Tests. 9. The Superconducting Thruster. 10. The Trouble with Acceleration. 11. The First Flights. 12. Deep Space Missions. 13. A Heavy Launch Vehicle. 14. A Personal Spaceplane. 15. The Technology of Hope.