Examples of 'qubit' in a sentence
Meaning of "qubit"
Qubit (noun) - the basic unit of quantum information. It is the quantum analogue of a classical bit
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- A quantum bit; the basic unit of quantum information described by a superposition of two states; a quantum bit in a quantum computer capable of being in a state of superposition.
How to use "qubit" in a sentence
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qubit
The first qubit was the hardest to make.
The unit of quantum information is the qubit.
A qubit represents a single unit of quantum information.
Physicists say the qubit is in a superposition of states.
Qubit circuit state change control system.
The difference between bit and qubit.
Each qubit is entangled with the other.
This is a natural extension of the qubit case.
A qubit has some similarities to a classical bit.
Initialize the qubit to a particular state.
Qubit is short for a sequence of quantum bits.
We just need a qubit engine and a field generator.
Qubit demonstrates growth in the mobile halo effect.
This is what the qubit causes in its path.
A qubit is a single unit of quantum information.
See also
At this point the last qubit may be ignored.
Think of a qubit as an electron in a magnetic field.
It is regarding scalar multiples of qubit states.
The third qubit is the object to be cooled.
The original state of the qubit.
A qubit comprises two energy levels.
The device represents a promising candidateof a flying qubit.
Each qubit passes in the state of the other.
This makes a three qubit state.
The qubit is more powerful than the bit.
Microsoft is addressing this challenge by developing a topological qubit.
A qubit is the quantum analog of a bit.
Then came the idea of a qubit.
A pure qubit state is a coherent superposition of the basis states.
A rogue nitrogen nucleus became the first qubit.
Take a qubit for example.
That is like a quantum bit or qubit.
One qubit per particle.
This type of gate affects just one qubit.
This allows a qubit to simultaneously carry out two calculations.
You can measure only the first qubit.
Think of a qubit as an imaginary sphere.
The quantum equivalent of a bit is a qubit.
At least it takes a qubit which remains in the same state.
These end nodes are quantum processors of at least one qubit.
Picture a qubit as an imaginary sphere.
Operations on pure qubit states.
Decoherence in qubit systems falls into two general categories.
Each superconductor represents a qubit.
Each additional qubit makes the machine twice as complex.
This in turn requires the ability to transport a qubit in space.
It transmits a qubit of information from one particle or atom to another.
Two states of the qubit.
Measuring the state of the qubit stored in an ion is quite simple.
Therefore they can selectively choose which qubit to operate.
