Приклади вживання Quantum state Англійська мовою та їх переклад на Українською
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Thus, if the oscillator is in the quantum state|.
What initially determines the quantum state of the atoms of chemical elements?
Particles in a"potential well" can only be acertain energy level En(or are in the quantum state n).
We present a phase-space representation of quantum state vectors for two-cluster systems.
It's like a quantum state that has not yet collapsed, but which you can submit at the same time.
However, it turned out that its properties are set, including the quantum state of the electron.
The functions that describe the quantum state of systems can also be considered waves; they are therefore also called wave functions.
Chemical reactions are quantum in nature, as form a highly entangled quantum state of superposition.
To teleport this three-dimensional quantum state, researchers use a new experimental method.
The matter is complicated due to the need to"read" the results of such a calculation,which inevitably destroys the quantum state.
If the universe really is in such a quantum state, there would be no singularities in the history of the universe in imaginary time.
Any variation of the energy E is connected with a quantum transition(jump)of the system from one stationary quantum state to another(see below).
The team transferred the quantum state of one photon to another at the opposite end of a 60-mile spool of fiber optic cable.
That, proponents say,would explain why we don't see macro objects in a quantum state- they're always subjected to environmental factors.
The quantum state of a system has a certain parity P if the system has mirror symmetry, that is, if it is transformed into itself upon mirror reflection.
This is a state of matter in which atoms occupy the same low-energy quantum state and behave like a single wave rather than particles.
When you perturb the quantum state of one of these entangled particles, you instantaneously also perturb the other one, no matter where in the universe it is.
Every time a photon hits one of the boxes,the box measures its quantum state, which it reports by flashing either a red or a green light.
Again, if we knew how the Euclidean curved space-times in the sum over histories behaved at early times,we would know the quantum state of the universe.
(3)" If the universe really is in such a quantum state, there would be no singularities in the history of the universe in imaginary time….
Micius the satellite can transmit signals anywhere in the covered region, using the phenomenon of quantum entanglement,i.e. creating a pair of photons having interconnected quantum state.
Physicists at the University of Geneva(UNIGE) have succeeded in teleporting the quantum state of a photon to a crystal over 25 kilometres of optical fibre.
The quantum state of the harmonic oscillator that minimizes the uncertainty relation with uncertainty equally distributed between X and P satisfies the equation.
They have carried out experiments to confirm that a photon's quantum state can be maintained as it is transported in a crystal with no direct contact whatsoever in between the two.
In this direction was already made many discoveries and developed a number of technologies, which in some places on theglobe unfold quantum network that uses quantum state of photons of light as a carrier of information.
In both the 50- and the 20-qubit systems, the quantum state is preserved for 90 microseconds- a record for the industry, but still an extremely short period of time.
This, together with qubits' ability to share a quantum state called entanglement, should enable the computers to essentially perform many calculations at once.
In modern physics notation, the quantum state of the electromagnetic field is written as a Fock state, a tensor product of the states for each electromagnetic mode.
According to this principle, there cannot be more than one electron in each quantum state in a system of electrons, which for a complex atom leads to the formation of electron shells which are filled by strictly fixed numbers of electrons.
Advances in optical quantum networks,which transmit information by encoding data via the quantum state of photons, have been leading to breakthroughs in quantum photonics such as the recent demonstration of quantum communication in real-world conditions.