What is super vacuum? Is the earth in a vacuum? And what is dark energy? And what is the answer of physicists?

It has not been proven until today and nature has always applied and proven exceptions and violations in the accepted theories many times in the past. that these were merely human formalisms and experimental artefacts and exploiting the limits of technology, and the limits and physical laws are constantly being broken and bent in nature. Hereby we will try to show theoretically why and how and experimentally there is evidence in our universe of vacuum space, either in its idealized absolute theoretical form, thus free space or the partial vacuum that characterizes the vacuum of QED or QCD. Specifies. And zero point energy and its fluctuations may actually be the biggest proof in nature for super energy.

It is possible without violating causation. that the apparent effect of "nothing" of vacuum space may be a proof of it

The superluminosity was hidden right in front of us all this time. Here we attempt to answer a fundamental question of physics, why the vacuum is essentially space to us, assuming that there is "nothing" in nature, and why a hypothetical superluminous vibration, a Planck-sized particle, Nothingness creates an appearance. In our spacetime, the novelty of the research here infers that free space is dark energy and that superluminous energy.

Stam Nicolis added a reply

(1) depends on what is meant by "supervacuum". Before asking the question, one must first define the words. As it is, it makes no sense.

(2) To a good approximation, the Earth is moving around the Sun in a vacuum, that is, its motion can be described by Newtonian mechanics, where the only bodies are the Earth and the Sun, and the force between them is Newton's gravitational force.

(3) Dark energy is a property of space and time that describes the fact that the universe is not simply expanding, but that this expansion is accelerating. To detect its effects, it is necessary to measure the motion of objects outside the galaxy.

To understand all this, it is necessary to study classical mechanics - which leads to understanding the answer to the second question - and general relativity - to understand the answer to the third question.