Scientists have yet to find the source of gravity. Newton provided the equation to measure the force of gravity, and Einstein offered a method to determine the path of a particle in response to a gravitational force. However, neither of these methods addressed gravity itself.
The most famous equation in physics is Einstein's E = mc², and it's essential to understand its meaning. The standard explanation is that it represents the equivalence between mass and energy, with the constant multiplier 'c' being the speed of light. We also know that energy can be converted into mass and vice versa.
However, a paradigm shift is in order. We must acknowledge that energy, not time, the speed of light, or the rest mass of fundamental particles, is the crux of our understanding. As Nikola Tesla wisely advised, to comprehend the universe, we must focus on the energy, frequency, and vibrations of matter. This profound insight paves the way for a revolutionary understanding of gravity.
Gravity Comes From the Energy Content of Matter.
Experiments at CERN have demonstrated that energy can be converted into fundamental particles. A plasma of quarks and gluons is too hot to contain mass because plasma is pure energy. When the temperature is low enough, the quarks have a small rest mass but are not stable particles until the strong force holds three quarks together, making the mass 99% greater. Mass comes from energy, and gravity is energy. We must stop thinking in terms of mass having gravity. Both mass and gravity originate from energy, and in quantum physics, the energy of quarks is governed by quantum chromodynamics and the color charge force, which in turn creates mass and gravity.
Understanding the source of gravity is crucial. It's not from 'matter' as we commonly perceive it, but rather the energy content. Gravitational interaction is indifferent to a body's composition; only its energy content matters. The form of that energy is inconsequential. You can find a theory of gravity in the book "Einstein Distorted by Gravity" on Amazon.
Here's an example. When you charge a battery, you increase its energy content. So, its inertia changes, and by extension, since the gravitational field of a body is sourced by the same inertial mass, its gravitational field changes as well. The change is minuscule. The amount of electrical energy that enters a battery when charging it is a tiny fraction of a trillionth of the battery's mass, far too small to be measurable. But it exists.
And it shouldn't surprise us. After all, the bulk of the discharged battery's rest mass is energy. Almost all the mass of an object is due to the mass of its constituent baryons (protons and neutrons). Those baryons are made of quarks, but the quarks contribute only about 1% of the mass. The remaining 99% is the strong force binding energy that holds those quarks together in protons and neutrons. So energy equals mass…
Thus, does light have gravity due to its energy, E = mc^2
These facts challenge the conventional understanding of gravity. We propose that gravity is not the space distortion by mass, but rather an emergent force arising from the energy content of matter. It's a paradigm shift that renders the Higgs Field obsolete. The Higgs Boson particle is said to be a particle in the field that gives mass to quarks. It's a convoluted theory when you consider scientists say a photon is massless and gravity is a distortion of space. This new perspective explains General Relativity and the phenomenon of light bending.
Quantum chromodynamics (QCD) creates mass from energy, and the force of gravity emerges from the same force. More importantly, this shift explains the nature of light. Einstein used the speed of light and its massless property to describe and construct the Special and General Relativity equations. However, if gravity originates from energy, and light possesses energy, then light must also have mass and be attracted to gravity. It doesn't even matter if light is massless, because it possesses energy. When focused on a material, light can initiate a fire, and lasers can cut through steel.
How did we not understand this principle of energy? Energy performs work as measured by the amount of its mass.
Could we finally have a theory of gravity if we focus on the energy of matter, as this article implies?
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