… Linear optics quantum logic gates are the best tool to generate multiphoton entanglement. …
a limited number of quantum logic operations. Then one can control the action of the gate by …

… -tolerant quantum logic gates with a simple primitive, which is an analog of quantum
teleportation… As in the controlled-phase gate construction, we demonstrate the construction on …

… for quantum communication over optical fiber, many essential quantum logic gates for them
… Here, we demonstrated a controlled-phase (C-Phase) gate for time-bin qubits that uses a 2 × …

… Over long distances, the primary method of operating quantum networks is to use … quantum
logic gates are useful for even more advanced quantum communications, such as a quantum …

… We propose an architecture for achieving high-fidelity deterministic quantum logic gates
on dual-rail encoded photonic qubits by letting photons interact with a two-level emitter (TLE) …

… In this paper, we discuss this question for controlled phase gates that implement an …
gate-based quantum computing, one will typically encounter all kinds of controlled phase gates…

… To realize fault-tolerant quantum computing, it is necessary to store quantum … controlled-phase
gates between two logical qubits encoded in photonic fields stored in cavities. The gates …

… gradients in coupled quantum dot systems allows for a one-step, robust realization of the
controlled-phase (C-phase) gate instead. We analyze the C-phase gate durations and fidelities …

… quantum logic gates 3 . The usual set consists of single qubit rotations and a controlled-NOT
(CNOT) gate, … information: the CNOT gate can be thought of as a controlled-phase shift gate …

… controlled-phase gate between two distant quantum-dot electron-spin qubits in optical
microcavities. The two quantum-dot-… of quantum computation are quantum logic gates. Universal …