Linked from

The 10 pages that link to Qubit, each with the reason it gives.

• Quantum computingBroader topic: Its superposition and measurement behavior distinguish quantum bits from classical bits.

• Quantum superpositionBroader topic: A qubit is the standard information-processing example of a controllable superposition.

• BitCompared with: Unlike a classical bit, a qubit can occupy a superposition of basis states.

• Quantum error correctionNarrower topic: Quantum codes distribute information stored in qubits across redundant physical carriers.

• Quantum information scienceBroader topic: Qubits encode quantum information and can occupy superpositions of computational states.

• Quantum teleportationBroader topic: The simplest version of the protocol transfers one unknown qubit.

• Bell stateNarrower topic: Each Bell state describes a pair of these two-level quantum systems.

• BQPBroader topic: Quantum circuits encode their computational states in qubits.

• David J. WinelandRelated: Wineland’s trapped ions served as qubits whose states could be manipulated and read out.

• Spin-½Related: A spin-½ degree of freedom can encode the two-level state of a qubit.