Примери за използване на Two photons на Английски и техните преводи на Български
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Two photons fly away from the blast.
Thus we have gotten two photons for the price of one.
The two photons are separated on a beam splitter(BS).
It's essentially getting two photons for the price of one.
Scientists in Germany say they have successfully teleported the combined quantum state of two photons.
Outside both boxes, two photons remain on each side that can likewise be measured.
The obtained link efficiency is orders of magnitude higher than that of the direct bidirectional transmission of two photons through telecommunication fibers.
Outside the two boxes, two photons remain on each side that can also be measured.
Because most physicists are opposed to admitting faster-than-light processes into physics,Aspect's experiment is generally viewed as virtual proof that the connection between the two photons is nonlocal.
Inside this structure,the energy of two photons is used to split a water molecule.
Because the two photons communicate with each other by entanglement, there's no way for an outsider to read them.
Outside of the two boxes, there are two photons on each side that can also be measured.
Imagine two photons have been simultaneously emitted from a particular atom, but traveling in different directions.
But if this is the rule of the universe, then how could we ever get two photons, which have no charge, to connect with each other?
So, thankfully, two photons will simply slip by each other as if the other didn't even exist.
In high-energy experiments, we can(with a lot of elbow grease)get two photons to strike each other, though this happens very rarely.
Then if these two photons are entangled, the computers could use them to exchange information.".
Eventually, that positron or electron finds its mate and returns to being a photon, so the result of two photons hitting each other is just two photons bouncing off each other.
If two photons are moving around this curled-up dimension in opposite directions, they might occasionally bump into one another.
The fantastic new thing is that this decision to entangle two photons can be done at a much later time,' said research co-author Anton Zeilinger, also of the University of Vienna.
The reason Bose's"mistake" produced accurate results was that since photons are indistinguishable from each other,one cannot treat any two photons having equal energy as being two distinct identifiable photons. .
The breakthrough came when two photons were fired through this cloud, both of which emerged bound together as a molecule.
If the polarizations are measured at precisely the same moment and are found to be identical, as quantum physics predicts, and if Bohr was correct and properties such as polarization do not coalesce into existence until they are observed or measured,this suggests that somehow the two photons must be instantaneously communicating with each other so they know which angle of polarization to agree upon.
In some sense, the two photons, although they are at this large distance, they still constitute one system.
If you send two photons, one to the right and one to the left, then each of the two photons have forgotten where they come from.
So the researchers entangled two photons and sent them to two different stations about 10 miles(16 kilometers) apart.
If you send two photons, one to the right and one to the left, then each of the two photons have forgotten where they come from.
If he decides to entangle the two photons he has, then Alice and Bob's photons, each entangled with one of Victor's, also become entangled with each other.
But when you emit two photons, it's extraordinarily unlikely that both will hit an atom at the same time, meaning that you net one additional neutral atom.