Examples of using Quantum state in English and their translations into Vietnamese
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The problem is that this random configuration of electrons affects our quantum state.
What quantum states allow for is much more complex information to be encoded into a single bit.
The researchers found that there are two distinct quantum states with equal energy within these isolated plaquettes.
Bosonic particles, which include the photon as well as atoms such as helium-4,are allowed to share quantum states with each other.
If the universe really is in such a quantum state, there would be no singularities in the history of the universe in imaginary time.
Similarly, in the quantum theory of gravity,there are many different possible quantum states for the universe.
The resulting solution quantum states now must be classified by the total angular momentum number j(arising through the coupling between electron spin and orbital angular momentum).
For example, see atomic orbital:The electron is an elementary particle, but its quantum states form three-dimensional patterns.
Measuring the quantum state by counting how many photons are stored forces the trap to"decide" how many there are; but prior to counting, the light trap exists in a quantum superposition, with all three outcomes possible.
The satellite named Micius works as an incrediblysensitive photon receiver that can detect quantum states of photons sent up from the ground.
In that view,he is supported by the currently accepted definition of a quantum state, which remains invariant under arbitrary choice of configuration space for its representation, that is to say, manner of observation.
Each of these modules would contain 2,500 or so ion qubits,and the magnetic fields would shield them from interference and preserve their quantum states.
The researchers detected channels of conducting electrons that form between two quantum states on the surface of a bismuth crystal subjected to a high magnetic field.
However, quantum computing itself fundamentally works in such a nature that matrices are oftenused to define and determine the quantum states of qubits.
Still, it's exciting to stand back andrealize that we can already electrically control the quantum state of just a few atoms at gigahertz rates- speeds comparable to what you might find in your computer at home.".
Spectra of atoms and molecules often consist of a series of spectral lines,each one representing a resonance between two different quantum states.
The team argues that this isevidence that the protons exist in a previously unobserved quantum state when water is confined to a very tiny volume- a state that is not described by the electrostatic model.
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.
The softmax function also happens to bethe probability of an atom being found in a quantum state of energy ε i{\displaystyle\varepsilon_{i}} when the atom is part of an ensemble that has reached thermal equilibrium at temperature T{\displaystyle T}.
One important thing to remember is that in quantum physics,the original uncertainty about the particle's quantum state isn't just a lack of knowledge.
In quantum computers, quantum state measurements need to be made to determine qubit values at a time, which leads to the collapse of the overlapping state of qubits(decoherence), which causes The qubit's superposition takes place shortly before collapse and takes a long time to recover.
In two papers published in Science and Science Advances,Awschalom's group demonstrated they could electrically control quantum states embedded in silicon carbide.
This result can be interpreted in the following way: suppose the perturbation is applied,but we keep the system in the quantum state| n( 0)⟩{\displaystyle|n^{(0)}\rangle}, which is a valid quantum state though no longer an energy eigenstate.
Tens of seconds of light storage are needed for a device called a quantum repeater, which would stop and then re-emit photons used in secure communications,to preserve their quantum state over long distances.
One of the key concepts is quantum entanglement, which describes a situation where multipleparticles are associated in such a way that measuring the quantum state of one particle also places constraints on the measurements of the other particles.
Joachim sends Bronya to multiple pocket universes as a test, during which Bronya is reunited with SeeleVollerei(Bronya's childhood friend who became stuck in quantum state following a failed X-10 Project years ago).
The theory indicates that when people enter the phase which is known as clinical death,the micro tubules that are located in the brain do lose their quantum state but maintain the information that is contained within them.
This is an extreme example of a quantum effect called superposition in which a physical system such as an atom orphoton can exist in two or more quantum states until a measurement is made on it.
In July, Pan and his team at the University of Science and Technology of China in Hefei reported that they had smashed the record for quantum teleportation,transmitting the quantum state of a photon on Earth 1,400kilometres to a photon on an orbiting satellite.