Примери за използване на Virtual particles на Английски и техните преводи на Български
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Physicists call them virtual particles.
These virtual particles form a“cloud” around an electron.
The photons that are exchanged are virtual particles.
Swallow enough of these virtual particles, and the black hole eventually evaporates.
According to quantum theory,empty space is filled with virtual particles.
Feynman was describing what all his virtual particles were up to, using his simple pictures.
In quantum field theory all interactions are pictured as the exchange of virtual particles.
It has energy, and virtual particles and anti-particles continually appear and disappear in it.
The pressure is due to a reduction in the usual number of virtual particles in the space between the plates.
To expose virtual particles, to transform them into something tangible, takes one serious laser.
As we noted vacuum has certain energy, virtual particles constantly come and go in it, etc.
Virtual particles are the links governing all particle interactions in the famous Feynman diagrams.
Even in supposedly empty space, virtual particles are continuously appearing and disappearing.
The virtual particles created within the vacuum create virtual photons that interact with the uncharged metal plates.
Even in a perfect vacuum, pairs of virtual particles are constantly being created and destroyed.
Instead the idea is that,using a kind of electromagnetic effect, it manages to exert force against virtual particles in space.
Swallow enough of these virtual particles, and the black hole eventually evaporates.
Despite finally being tamed, quantum electrodynamics' talk of empty space seething with energy we can't feel and virtual particles we can't see does make many people, including physicists.
Normally, after a pair of virtual particles appears, they immediately annihilate each other.
Quantum electrodynamics says that the matter we think of as the stuff that makes up the everyday world, the world that we see and feel,is basically just a kind of leftover from all the feverish activity that virtual particles get up to in the void.
The point is we can't measure virtual particles directly, but we can measure their effects indirectly.
Virtual particles determine the properties of the physical vacuum which acquires in modern physics the properties of the material environment.».
Thus the creation, maintenance,and re-absorption of virtual particles occur at all times and at all space points.
Any process involving virtual particles admits a schematic representation known as a Feynman diagram, which facilitates the understanding of calculations.
Most intriguing, among those virtual particles there could be new, unknown species of particles that we have not yet encountered.
Suffice it to say that in almost all cases you never get to interact with the virtual particles(in this case, the positron and electron), and you only ever get to talk to the photon.
Although it can be explained in terms of Virtual Particles, it is considered best described and more easily calculated in terms of the Zero-Point energy of a Quantized Field in the intervening space between the plates.
There is a possibility that Dark Energy is the result of virtual particles being created, then annihilating, in the quantum foam of the universe.
When a state of balance is upset, the virtual particles of physical vacuum of space are converted into elementary particles that can be observed.