2.15 E=mc2 should be replaced by the kinetic energy equation Ek=½mv2 (short version)(no paywall)

New Age Physics - The New Physics of the Future (14 of 19)

Nov 18, 2023

Book cover of “New Age Physics” by Roland Michel Tremblay, showing an abstract fractal futuristic alien landscape or intergalactic highway. Theory of Everything based on consciousness, expansion, frequency and density of matter. Physics breakthrough in UFOs, ultraterrestrial technology and interdimensional worlds. — *New Age Physics* by Roland Michel Tremblay, book cover

2.15 E=mc² should be replaced by the kinetic energy equation E_k=½mv²

Einstein’s famous equation is about his ideas of relative motion, as expressed in Special Relativity. But nothing strange happens anymore, as we get closer to the speed of light or beyond, as it is now possible, and so his relativistic equations can no longer be used, in Atomic Expansion Theory.

Light is no longer made of energy made of nothing, composed of ghost particles made of nothing. Light is now made of clusters of electrons in motion. Energy and mass are no longer interchangeable, and neither are they relative. The concept of spacetime is now gone. Space can no longer be pierced or bent or squeezed into black holes or singularities. Furthermore, time is constant and no longer a dimension. Instead, it is the speed of light which is relative and variable.

E=mc², which is energy equals a mass, multiplied by the constant speed of light squared, is very similar to the kinetic energy equation E_k=½mv², known prior to Einstein, where the kinetic energy equals, half of a mass multiplied by the velocity of that mass squared.

It is well known, that at speeds well below the speed of light, we must defer to the kinetic energy equation, instead of Einstein’s famous equation. Both equations measure the force of impact, that light can have when it hits something. And since they can be derived, from the classical equations for the momentum of light, the kinetic energy doubles, when the clusters of electrons within the light, bounce back reflecting surfaces, such as mirrors and glass. Thus, depending on the reflectiveness of the surfaces, these equations should be in the range of E=mc² and E=2mc² for Einstein’s equation, and between E_k=½mv² and E_k=mv² for the kinetic energy equation.

In Atomic Expansion Theory, light, heat and other radiant forms of energy, are made of clusters of electrons instead of photons, while magnetic fields are clouds of electrons. Most types of energy are now simply defined, as interacting expanding, growing and shrinking particles and/or objects in motion.

The speed of light is measured by the high speed at which the clusters of electrons, are launched out of the atoms, by whatever process is used to do so, plus any acceleration due to gravity, before the clusters hit something. E_k is the kinetic energy, or force of impact of a mass m, in this case the clusters of electrons within the light beam, multiplied by the final velocity of that mass, calculated using v².

Both the square and the half in the kinetic energy equation, represent an acceleration. And now, the speed of light is no longer constant in Atomic Expansion Theory, it is in fact accelerating due to gravity, while decelerating and dissipating, when encountering other particles in space. Therefore, to measure the final speed of the light, and obtain the true force of impact of the light, we need to use the kinetic energy equation, instead of Einstein’s famous equation, even at the speed of light or beyond.

There is a longer discussion as to why E=mc² should be replaced by the kinetic energy equation E_k=½mv², in the new chapter 1 section 4 on Medium and Substack.