Centenary Celebration of E=MC2, a simplest of equations, Strangely Quiet.
“Yet what it (E=MC2) encapsulates is still hard for scientists to grasp”?
An extremely embarrassing statement 100 years later, revealing a profound delusion of mathematical theoretical interpretation of this simplest of equations at the highest levels of contemporary math and science.
Imagine an interpretation, frozen in time since E=MC2's inception, petrified as in stone. 100 years of the same initial kindergarten steps of narrow repetition, bizarre definition, interpretation and crude nuclear application. Nothing even comes close to this utter lack of comprehension. Worse than if we still thought the world was flat, or rolled platforms on logs along our superhighways, or still used the old Radio Shack Tandy computer with cassettes for storage and memory.
Imagine 100 years of marvelous expanding scientific horizons in countless fields, and yet, E=MC2, the simplest of equations, the most essential to continuing Life, the following critical and crucial concept continues to be IGNORED: “any number of observations, if made on a sufficiently limited scale, will tend to indicate the earth is flat rather than spherical”.
Perpetuating this stagnating energy equation, by mindless evolution or design, can civilization hope to survive in the natural, explosive arena of expansion and change? (ironic that the scientific argument, evolution or design, ceases to exist with the expanded nature of energy in E=MC2, and "conserving the infinite, becomes a discarded dumbed down belief)
Regardless if the proposed “hidden variables” causing this stagnation are due to Top Secret, or narrow vision, or both, the incapacity to recognize the true relationship of mass, time, space, energy, gravity at energy differentials approaching and exceeding VC, concluding to this day, that nothing can exceed the speed of light and that gravity is disabled with one pole/"one leg", sends a dangerous and deadly message to all bound by a stagnant and dead science in the supremely life sensitive arenas of energy, survival, and sustainability.
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By Roland Pease |
Physicists are celebrating the centenary of Albert Einstein's best known equation: E=mc².
Published in the fourth of a series of papers that shook the foundations of physics in 1905, E=mc² is now linked with the power of the atom bomb.
No equation is anywhere near as recognizable as E=mc².
In 1905, it was final proof of the genius and imagination of a young German-born scientist who had yet to land a university post.
It seems so simple: three letters standing for energy, mass, and the speed of light, brought together with the tightness of a soundbite.
Yet what it encapsulates is still hard for scientists to grasp.
Einstein showed in a handful of lines that as you accelerate an object, it not only gets faster, it also gets heavier.
That in turn makes further pushing less fruitful so that eventually nothing can be accelerated beyond the speed of light.
The equation rounded out the theory of relativity he had started earlier in the year.
Einstein soon recognized through the equation that the energy released in radioactivity - a phenomenon hardly understood at the time - might lead to measurable changes in mass.
That idea was eventually to be translated into the physics of the atom bomb.
Story from BBC NEWS:
http://news.bbc.co.uk/go/pr/fr/-/1/hi/sci/tech/4457020.stm
Published: 2005/11/21 14:31:18 GMT
© BBC MMV
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Another question for those seeking membership to the Energy Center: WHERE DID THE DISCONNECT OCCUR WITHIN THE 20TH CENTURY TIMELINE, IN LIGHT OF A "RADIUS OF CURVATURE OF ALL NATURAL LAW" FOUND IN STARSTEPS ?
| B.C. | Ancient Greek Science Led to: Helliocentric Solar System |
| 16th Century | Helliocentric Solar System Founded on: Ancient Greek Science Led to: Universal Physics, Elliptical Orbits |
| 17th Century | Universal Physics Founded on: Helliocentric Solar System Led to: Laws of Motion Elliptical Orbits Founded on: Helliocentric Solar System Led to: Laws of Motion Laws of Motion Founded on: Universal Physics, Elliptical Orbits Led to: Fluid Mechanics Oscillations Led to: Interference Diffraction |
| 18th Century | Fluid Mechanics Founded on: Laws of Motion Led to: Geophysics Interference Diffraction Founded on: Oscillations Led to: Photo Electric Effect |
| 19th Century | Electricity Led to: Electromagnetism Thermodynamics Led to: Statistical Physics Electromagnetism Founded on: Electricity Led to: Photo Electric Effect Statistical Physics Founded on: Thermodynamics Led to: Brownian Motion |
| 20th Century | Relativity Founded on: Laws of Motion Led to: Nuclear Physics, Particle Physics Photo Electric Effect Founded on: Electromagnetism, Interference Diffraction Led to: Nuclear Physics, Atomic Physics Brownian Motion Founded on: Statistical Physics Led to: Geophysics, Biophysics Nuclear Physics Founded on: Relativity, Photo Electric Effect Led to: Astrophysics, Particle Physics Atomic Physics Founded on: Photo Electric Effect Led to: Astrophysics, Geophysics, Quantum Mechanics, Biophysics Astrophysics Founded on: Nuclear Physics, Atomic Physics Led to: Particle Physics Geophysics Founded on: Fluid Mechanics, Brownian Motion Particle Physics Founded on: Relativity, Nuclear Physics Quantum Mechanics Founded on: Astrophysics, Atomic Physics Led to: Quantum Optics, Materials Biophysics Founded on: Atomic Physics, Brownian Motion, Fluid Mechanics |
| 21st Century | Cosmology Founded on: Relativity, Astrophysics Quantum Optics Founded on: Quantum Mechanics Materials Founded on: Statistical Physics, Quantum Mechanics |
| Philosophy of Science |
Mathematics and Physics |