Приклади вживання Single photon Англійська мовою та їх переклад на Українською
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Single photon could detect quantum-scale black holes.
The results add to our understanding of how a single photon moves.
Due to a lack of evidence of single photon velocity, this has also been an open debate among physicists.
For the first time,they successfully observed optical precursors of a single photon.
In our experiment, we are sending a single photon, so that is really difficult.
This is because the chromophore is unable to interact with a single photon alone.
Professor Du and his team found that a single photon obeys the traffic law of the universe.
The human eye can differentiate between about 10 million colors andis possibly capable of detecting a single photon.
What can be said of the behavior of a single photon in an interference experiment?
Unlike the single photon of QED or the three W and Z bosons of the weak interaction, there are eight independent types of gluon in QCD.
Using extremely weak laser pulses, they fired single photons into the cloud of atoms.
The researchers used a single photon avalanche diode, or SPAD, to amplify the signal from each photon that struck the detector.
Laser sources for quantum cryptography, including single photon sources and ultrashort pulse lasers.
Single photon emission tomography(SPECT) is similar to PET but is not as effective in distinguishing tumor cells from destroyed tissue after treatments.
Because of lack of experimental evidence of single photon velocity, this is also an open debate among physicists.
By showing that single photons cannot travel faster than the speed of light, this study brings closure to the debate on the true speed of information carried by a single photon. .
This combination allows to significantly increase the level of interaction between single photons of light and atoms of neodymium.
Diamond can be used to generate single photons and create qubits by writing information into their quantum states.
This fabrication methodhas potential for applications in quantum cryptography(i.e. single photon sources) and quantum computation.
In the double-slit experiment done with single photons, all one can do is verify the probabilistic predictions of the mathematics.
Quantum computers hold“qubits” of information stored in the quantum properties of a system,for example, a single photon or a cloud of gas atoms in a gas.
In the double slit experiment done with single photons, it is only possible to verify the probabilistic predictions of mathematics.
According to quantum electrodynamics, within the field of the nucleus there is a definite probability of the quantum transition of the electron to a state of lower energy with the emission of,generally, a single photon(the probability of the emission of a greater number of photons is low).
Researchers then set their hope on single photons because of the possibility that a single photon may be able to travel faster.
There are already protocols proposed for quantum computing and communication which rely on this photon generation scheme, and this work can be extended to other single photon sources as well, such as single molecules, colour centres in diamond and nanowires.
The young's experiment carried out with single photons or even with individual particles of matter such as electrons and neurons, is a mystery that raises questions about the nature of reality.
Experiments have shown that the human eye is sensitive enough to detect a single photon.[37] Single photon detection could lead to multiple different technologies.
Young's experiment, when done with single photons or even single particles of matter, such as electrons and neutrons, is a conundrum to behold, raising fundamental questions about the very nature of reality.
Currently, the Shockley-Queisser limit states that a single photon can only create a singlet(single) exciton, with any extra energy dissipated as heat.