| Nature - Measure - CasimirEffect |

How the Nature measures?

Description of Casimir Effect by Miriam Strauss;

|| The Casimir effect has become important because of its central role in fundamental physics as well as modern technology. Despite its complete quantum nature, with origins in the zero-point energy of a quantized field, the Casimir force is a macroscopic phenomenon. With the recent development of highly sensitive force measurement techniques, it has been demonstrated and measured with unprecedented precision. Because of its unique dependence on the separation and geometry, the Casimir force is expected to play an important role in modern nano-electro-mechanical systems.

The precision measurement of the Casimir force has also been advanced as a new powerful test for hypothetical long-range interactions, supersymmetry, supergravity and string theory.

Since Einstein gave the energy of gravity to curvature, the zero-point energy had to be explained in other ways. You can have no curvature at a point. The only other field available was the E/M field, and that is the field that zero-point energy has been given to. According to the standard model, virtual particles mediate the E/M field at the most basic level, and it is the summation of that field that is now thought to go to infinity. Specifically, it is the so-called second quantization of the virtual photons that creates the forces at the zero-point.

The Casimir Effect is an attractive force between metal plates that have been demagnetized and that have no electrical charge. No one before or after Casimir has thought that the effect had anything to do with gravity. Since the standard model is postulating that zero-point energy causes the Casimir force, they think that there is no curvature at a point. The energy and force must then come from the E/M field somehow. The other is that everyone working at the top end of physics since 1948 (the year Casimir predicted the effect) had been in QED. They were therefore understandably keen to claim the effect for their own field. Casimir developed his equations from QED assumptions, and he did this before he ran the experiment. That is to say, he predicted the force and predicted that it arose out of quantization.

Casimir developed his equations from QED assumptions, and he did this before he ran the experiment. That is to say, he predicted the force and predicted that it arose out of quantization.

Then he ran the experiment to prove it. He never considered the possibility that the force was gravitational, since his equations were not gravitational. And he never ruled out gravity based on any theoretical or mathematical analysis. His QED analysis gave him a number and he simply sought it in the experiment. When the experiment failed to produce the number he needed, he did not let this deter him, and no one since has let it deter them either.

Also notice how the gravitational field is never once mentioned in any explanation of the Casimir Effect. It was never discussed why the force cannot be gravitational, although you would think that would be the first force to be checked. The Casimir Effect is an attraction; and so, as the first preliminary step the physicists should have exhausted that possibility.

Another reason 20th century physicists didn’t want to fool with the gravitational field with Casimir is that Casimir’s plates are not spheres. They are plates. It isn’t immediately clear, without some work, how one would use Newton’s equation on plates. Newton does not address flat objects in the Principia, and so no standard equation was sitting around waiting to be plugged into.

This makes it very odd that the standard model has preferred to use renormalized equations, in difficult and opaque deviations, in order to give the force to QED, rather than tweek Newton’s equation in simple and transparent ways. Of course if they had done this latter, they could no longer use Casimir as a proof of quantization, wormholes, and so on.

The Casimir effect is caused by the unified field, by both gravity and E/M! (If Gravity exists!?) And since have been shown that Newton’s equation is a compound equation that already includes both fields, we can apply Newton’s equation directly to Casimir, without even un-unifying it or splitting the two fields.

Nonetheless, it is only by continued, careful consideration of such proposals that we can hope to resolve the issue as to whether energy can be extracted from the vacuum, as part of a generalized vacuum engineering. The possibility of vacuum energy extraction, must, of course approach any particular device claim or theoretical proposal with the utmost vigor with regard to verification and validation.

At this point we must of necessity fall back on a quote given by Podolny when contemplating this same issue. "It would be just as presumptuous to deny the feasibility of a useful application as it would be irresponsible to guarantee the success of such an application." Only the future can reveal whether a program to extract energy from the vacuum will meet with success.

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And it is How nature measures.

Nature can measure vacuum of atoms to vacuum of black-holes.

It s just Quantum Fluctuation that effect on two metallic slides or … and force them to move together.

Each action in the universe means measuring.

And Vacuum Fluctuation (QuantumFluctuation) works everywhere you imagine and even you cannot imagine. In Schwarzschild Radius or in empty space between nucleus and electron. But remember there s no exactly empty place and space cause everywhere Bits can exist.

When elementary particles swinging in quantum scales they do measuring and emit Bits.

So nature itself can measure everywhere that want & of course we can use this ability of nature to measure and get information from some places that nowadays are unknown, like BlackHoles, Dark Matter, Dark Energy & etc.

It s possible;

Cause it s real way.

Cause Physics allow us.


-To be continue...
(We gonna research more about what is relevance between Information (Bit) with Forces.
And will present it in an essay; "What is Gravity?")

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