Casimir effect

The most straightforward example of vacuum energy was the Casimir effect.

In the laboratory, it may be detected as the Casimir effect.

Evidence for such zero-point energy is observed in the Casimir effect.

Another way is with the Casimir effect, on which I am no expert.

This vacuum energy of the electromagnetic field is responsible for the Casimir effect.

But if the plates could be moved even closer together, the Casimir Effect would grow.

There is an opposing fourth force which should be considered, casued by the Casimir effect.

On the other, they may be far too restrictive: the most popular energy conditions are apparently violated by the Casimir effect.

However, there is still some debate on whether vacuum energy is necessary to explain the Casimir effect.

Any medium supporting oscillations has an analogue of the Casimir effect.

But the Casimir Effect had not been directly measured.

This is now known as the Casimir effect and has since been extensively experimentally verified.

The dynamical Casimir effect is the production of particles and energy from a very fast "moving mirror".

If confirmed this would be the first experimental verification of the dynamical Casimir effect.

An example of how quantum theory can allow negative energy densities is provided by what is called the Casimir effect.

Casimir effect: The attractive pressure between two flat, parallel metal plates placed very near to each other in a vacuum.

In particular, the averaged null energy condition is satisfied in the Casimir effect.

This is related to the Unruh effect or the Casimir effect.

An important example of the "presence" of virtual particles in a vacuum is the Casimir effect.

The amount he found was within 5 percent of the value predicted by quantum electrodynamics for the Casimir Effect.

In 1948, the Casimir effect provided the first experimental verification of the existence of vacuum energy.

This is called the Casimir Effect (first predicted in 1948, but not experimentally measured until 1997, due to the very small forces involved).

Now, what Chan et al. wanted to measure was the Casimir Effect on this plate.

A repulsive Casimir effect has been measured between nano-materials in a bromobenzene solution.

Indeed, nonzero vacuum energies can even be experimentally verified in the Casimir effect.