The light behind the black hole confirms the Theory of General Relativity, and that means the spacetime is curving. This is one of the most fascinating things in a century, and that thing can cause a revolution in physics and change our way to see the world. The curving spacetime means that the particle is making the pit in the continuum that is called spacetime.
And the limit of spacetime is the speed of light. If something drops in the black hole, where the escaping velocity is higher than the speed of light, that means space cannot keep the thing inside it. So can we travel faster than the speed of light?
The fact is that there is no speed of light. There is the speed of photons. The photon is always fastest until the escaping velocity reaches the speed of light. And that place is the event horizon. That means when the photon is crossing the event horizon with some other particle. The photon and that other particle are dropping at the same speed.
The curving spacetime means that gravity also accelerates the photons. So two photons are traveling at different speeds. The photon that travels to the center of gravity is faster than a photon that travels in straight spacetime. And the thing called time dilation causes that the photons seem to travel at the same speed.
So when we are thinking about curving spacetime, every single object in the universe is curving the spacetime around it. The curving is not big and it is not measurable all the time. But that curving exists. Microgravity or quantum gravity is the thing, that seems meanless. That means every single particle in the universe is surrounded by a gravity field, which is of course very weak. Those kinds of things are causing effects the things like quantum computers, where the superpositioned and entangled photons are transmitting data.
Also, the minimum changes in gravity of Earth affect the balance of the extremely sharp and weak quantum bonds between photons that are needed in quantum systems. The photonic bonds of the superpositioned and entangled photons are used in the quantum system because photons are immune to magnetic fields.
Those bonds are extremely light. And that means that the changes of the gravity fields can affect those bonds with the power which can break those combinations. Normally those changes in the gravity field don't affect things. But in this special case, the weak gravity wave can destroy the entire quantum system.
When some radio waves are hitting Earth, they are causing that the energy level of the particles of Earth is rising. That thing causes changes in the gravitation of Earth. Those kinds of changes are hardly measurable, but they can break very sensitive quantum bonds of the series of photons.
()https://scitechdaily.com/strange-black-hole-discovery-confirms-einsteins-theory-of-general-relativity/
()https://en.wikipedia.org/wiki/Curved_space
Image:()https://en.wikipedia.org/wiki/Curved_space
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