qubit |
quantronium |
As nouns the difference between qubit and quantronium
is that
qubit is a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition while
quantronium is a qubit composed of a Cooper pair.
qubit |
transmon |
As nouns the difference between qubit and transmon
is that
qubit is a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition while
transmon is a particular form of superconducting qubit.
qubit |
qubitope |
As nouns the difference between qubit and qubitope
is that
qubit is a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition while
qubitope is a generalization of a chirotope involving qubits.
qubit |
interqubit |
As a noun qubit
is (computing) a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition.
As an adjective interqubit is
between qubits.
qubit |
squbit |
As nouns the difference between qubit and squbit
is that
qubit is (computing) a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition while
squbit is (physics) a semiconducting qubit (as proposed for use in quantum computers).
qubit |
fluctuator |
see also |
As nouns the difference between qubit and fluctuator
is that
qubit is a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition while
fluctuator is a quantum system in which an electric charge moves back and forward between two states that are separated by an energy barrier.
qubit |
qubyte |
In computing terms the difference between qubit and qubyte
is that
qubit is a quantum bit; the unit of quantum information; a bit in a quantum computer capable of being in a state of superposition while
qubyte is a quantum byte, one composed of eight qubits.
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