The 100 Greatest Lies in Physics

The 100 Greatest Lies in physics is a follow-up to Ray Fleming's The Zero-Point Universe as he continues to explore the importance of zero-point energy to modern physics. Since before the start of this century, evidence has mounted that space is not empty. Space is filled with quantum vacuum fluctuations called zero-point energy, and this energy is a modern form of aether. Most of the physics of the past century, which led to today's standard model, fails to account for this modern aether. In relativity theory there are two types of relativity, one that includes aether and one that rejects it. Physicists choose poorly and wrongly champion the theory that rejects the modern aether. Even though many theories like this are now known to be invalid, physicists still cling to the physics of the past. The mainstream physics of the last century is a complete disaster due to physicists' failure to incorporate zero-point energy into their explanations of forces and every day phenomena. The 100 Greatest Lies in Physics catalogs many of the most outrageous mistakes in physics in hopes that physicists will do their jobs and stop lying to everyone.

Author: Ray Fleming
Publisher: Createspace Independent Publishing Platform
Published: 03/15/2017
Pages: 292
Binding Type: Paperback
Weight: 0.87lbs
Size: 9.02h x 5.98w x 0.61d
ISBN13: 9781544721804
ISBN10: 1544721803
BISAC Categories:
- Science | Physics | General

About the Author
Ray Fleming is a physicist who has spent over 25 years developing an understanding of how the quantum vacuum fluctuations of the zero-point field allow us to explain force transmission through space and the underlying cause of motion, ideas that are missing from mainstream physics theories. At the same time he has had a lengthy career in management in the field of health physics, most recently as a state manager of radioactive material licensing. Prior to that Ray was a laboratory and R&D manager for x-ray fluorescence analyzer manufacturers and worked on the development of a high-energy plasma x-ray source.

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