Examples of using Quantum state in English and their translations into Serbian
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Are allowed to share a quantum state.
The quantum state of a superposition.
Usually, photons are used for these quantum states.
They may, um… be unified into one quantum state- into one state… governed by one wave function.
And then it gets broken down and stored in a quantum state.
And I'd better be,because measuring the quantum states of all my particles in New York has destroyed the original me.
So now we have a qubit that can store quantum information andbe read without losing its quantum state.
That only the"m equals zero quantum states" are affected.
The quantum state of particles and antiparticles can be interchanged by applying the charge conjugation[C], parity[P], and time reversal[T] operators.
Because we cannot make exact copies of a quantum state, this method does not work.
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.
To teleport all the properties of a particle- its quantum state- some drastic measures are required.
These specify the complete,unique quantum state of a single electron in an atom, and make up its wavefunction or orbital.
China's Micius satellite is a highly sensitive photon receiver that can detect the quantum states of single photons fired from the ground.
Thus, every proton in the nucleus must occupy a quantum state different from all other protons, and the same applies to all neutrons of the nucleus and to all electrons of the electron cloud.
The satellite named Micius works as an incredibly sensitive photon receiver that can detect quantum states of photons sent up from the ground.
When two subatomic particles are entangled, changing the quantum state of one immediately changes the quantum state of the other, no matter how far apart they are.
According to quantum mechanics, we can arrange our source so thateach emitted pair occupies a quantum state called a spin singlet.
For example, if one particle, such as an electron,is switching from one quantum state to another, it may be the same as if a bit is changed from one value(0) to another(1).
According to quantum mechanics, we can arrange our source so thateach emitted pair occupies a quantum state called a spin singlet.
And when the experiment is done, it's found that indeed the other particle's quantum state is exactly determined once you've made a measurement of the partner particle's quantum state.
Einstein proposed that cooling bosonic atoms to a very low temperature would cause them to fall(or"condense")into the lowest accessible quantum state, resulting in a new form of matter.
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.
In quantum mechanics, the x-spin and z-spin are"incompatible observables",meaning the Heisenberg uncertainty principle applies to alternating measurements of them: a quantum state cannot possess a definite value for both of these variables.
Using this information,we can measure the time it takes the electron to change its quantum state from the very constricted, bound state around the atom to the free state," explained Marcus Ossiander, one of the study's researchers.
In quantum mechanics, the x-spin and z-spin are"incompatible observables",meaning the Heisenberg uncertainty principle applies to alternating measurements of them: a quantum state cannot possess a definite value for both of these variables.
Using this information,we can measure the time it takes the electron to change its quantum state from the very constricted, bound state around the atom to the free state,” one of the researchers, Marcus Ossiander, told Rebecca Boyle over at New Scientist.
The Micius satellite is a highly responsive photo receiver equipped with capabilities to spot quantum states of individual photons that are launched from the Earth surface.
In quantum mechanics, an excited state of a system(such as an atom, molecule or nucleus)is any quantum state of the system that has a higher energy than the ground state(that is, more energy than the absolute minimum).
Micius has a sensitive photon receiver that can detect the quantum states of single photons fired from the ground.