Examples of using Quantum system in English and their translations into Ukrainian
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We consider a quantum system described by Hamiltonian H.
You can also correct for some error in a quantum system.
Quantum system, observer and the rest of the universe become interwoven with each other.
China plans to create 20-cubanow quantum system this year.
In other words, the quantum system starts mixed or entangled with the environment.
It appears, though, that there is no fundamentallimit to how well we can isolate a quantum system.
Consider the smallest possible truly quantum system S, as shown in the illustration.
Such a quantum system is determined by quantum states of one particle, like in the hydrogen atom.
The Bloch sphere may be generalized to an n-level quantum system, but then the visualization is less useful.
Therefore, in any quantum system all the physical magnitudes cannot simultaneously be exactly equal to zero.
Note that a measurement of a qubit state entangled with another quantum system transforms a pure state into a mixed state.
DMC is potentially numerically exact, meaning that it can find the exactground state energy within a given error for any quantum system.
But its equivalent in a quantum system- the qubit(quantum bit)- can be both 1 and 0 at the same time.
In 1996, Seth Lloyd showed that astandard quantum computer can be programmed to simulate any local quantum system efficiently.
That in turn indicates that the quantum system reacts in a strictly defined way to"disturbances" in its state.
In the 1996 paper, Lloyd?proved that a universal quantum simulatoris possible by showing that a quantum computer can be programmed to simulate any local quantum system efficiently?
This is ensured by thefact that an attempt to measure the related parameters in the quantum system contributes to violations of it destroying the original signals.
The idea is to create a quantum system, such as a group of ions arranged in a ring, and cool them until they are in their lowest energy state.
Alice measures the state of her friend and her lab, treating all of it as one quantum system, and uses quantum theory to make predictions.
Despite, even, the potential for practical application, this development drastically improves our understanding of quantum mechanics in general,and more specifically within a quantum system.
Insofar as spontaneous emission is possible, a quantum system remains at an excited energy level εk for some finite time, and then jumps to some lower level.
Austrian researchers have developed a new method of entangling photons, with which you can combine three photons at once,increase the efficiency of data transmission in a quantum system and thereby come closer to effective quantum teleportation.
However, it is conceivable that a quantum system of many particles could be simulated by a quantum computer using a number of quantum bits similar to the number of particles in the original system. .
Intel recognised that quantum controls were an essential piece of the puzzlewe needed to solve in order to develop a large-scale commercial quantum system," Jim Clarke, Intel's director of quantum hardware, said in a statement.
We have proved that microscopic quantum system can effectively encrypt quantum characteristics and biological behavior, normally associated with living systems and natural selection”,- stated in the message.
This creates a paradox: a principle called"monogamy of entanglement" requires that, like any quantum system, the outgoing particle cannot be fully entangled with two independent systems at the same time;