The opportunity cost arising from today's doctrinal thinking in cosmology and physics is the delay to the imminent revolution in physics and its potential to provide an abundant, benign supply of energy in a way that redefines the concept of “Green Energy.” So, like the impact upon other fields like health science, the effect of doctrinal scientific thinking ripples through every segment of the economy. Allow me to clarify my position further.
During the Common Era of human society, there have only been two major revolutions in physics. The First Physics Revolution occurred with the publication of Newton’s Laws of Motion (also known as “Classical Mechanics”) beginning in 1687. The second major revolution in physics occurred in two parts. The first part of the Second Physics Revolution occurred when Einstein published his Special Theory of Relativity (the constancy of the speed of light for all observers; E=mc2) in 1905 and his General Theory of Relativity (Theory of Gravitation; equivalence of gravity and acceleration) in 1915. The second part of the Second Physics Revolution occurred with the emergence of Quantum Physics (also known as Quantum Mechanics and Quantum Theory) during the first few decades of the 20th Century.
The Second Physics Revolution drastically altered humanity’s understanding of the universe and physical phenomena in substantial ways that gave rise to a stunning array of new technologies and products that continue to be introduced today. Examples of the technologies and products made possible through Relativity and Quantum Physics include: microelectronics; flat panel displays; LED (light emitting diodes) lighting; atomic clocks, space navigation; terrestrial navigation via the constellation of GPS (Global Positioning System) satellites and terrestrial receivers; magnetic resonance imaging; microwave ovens; nuclear medicine; PET (positron emission tomography) scans; nuclear power; nuclear weapons; radio astronomy; astrophysics; particle accelerators; atomic force microscopy; radar; lasers; masers; lidars; and numerous contemporary manufacturing methods, to name only a few. The impact to the global economy from these developments over the past century is measured in tens of trillions of dollars.
Yet, the Second Physics Revolution left gaping holes in the understanding of our universe, and the growing number of paradoxes arising from modern physics indicates the flawed and incomplete nature of current scientific understanding. Even though Quantum Theory and Relativity Theory have illuminated certain aspects of physical phenomena occurring within our universe, the two theories are completely incompatible with one another, and neither theory is capable of illuminating the nature of gravity.
The large and growing number of paradoxes involving the universe emerging from today’s science indicates that the next physics revolution is imminent, based on similar harbingers of prior physics revolutions which occurred during the 17th and 20th Centuries. Unlike previous physics revolutions, however, this physics revolution will likely involve the unification of the known physical forces, the unification of Quantum Theory with Relativity Theory, and the understanding of gravity, together providing valuable insight into the formula underlying all physical phenomena, known in the scientific community as the Theory of Everything.
This next physics revolution represents a disruptive technological, economic, and societal event on a potentially unprecedented scale with huge consequences to our nation and all of humanity.
The impact of this physics revolution upon human society, upon the course of human civilization, and upon the global economy will likely far exceed the economic impact of prior physics revolutions for good reasons. The unification of the forces and the emergence of the Theory of Everything will provide humankind the ability to manipulate and harvest gravity as the basis to provide abundant, cheap, benign, inexhaustible energy, overcoming current and future global energy challenges. Succinctly stated, this new physics revolution holds the promise to forevermore and benignly eliminate the power and energy constraints of human endeavors.
Virtually all aspects of society and all segments of the national and global economies will be affected, including: energy and power (exploration and harvesting, production, distribution); personal and public transportation and mass transit solutions (sea, land, air); manufacturing and factory design; consumer products and communication; food production and clean water; building design and construction (residential and commercial); aerospace and defense; space exploration; medicine, healthcare and life sciences, and public health; government and politics (municipal, state, federal, and world). The economic impact of the next physics revolution will be measured in tens of trillions of dollars per year while eliminating barriers to exponential increases in benign energy availability and consumption.
As you are now well aware, I recently released The Unobservable Universe: A Paradox-Free Framework for Understanding the Universe in which I propose corrections to a handful of flawed and incomplete scientific assumptions and interpretations which scientists continue to inadvertently embrace as scientific truth. From these corrections and the new cosmological perspectives I propose, the underlying Theory of Everything may no longer be obscured. If my theory is correct, the next physics revolution is either imminent or already underway. If the theory in my book is correct, gravitic-electric generation and gravitic propulsion technologies may not only be possible but could be demonstrated and transferred into production within one to two decades.
What are your thoughts?
