Creates simple superpositions.
Swaps the qubit pair of |0⟩ and |1⟩.
A combination of the X and Z gates.
Negate phases when the qubit is ON.
Applies a phase of eiφ to the |1⟩ state.
The default φ = π/2.
A shortcut for π/2 Phase gate.
Applies a phase of eiπ/2 to the |1⟩ state.
A shortcut for -π/2 Phase gate.
Applies a phase of e-iπ/2 to the |1⟩ state.
A shortcut for π/4 Phase gate.
Applies a phase of eiπ/4 to the |1⟩ state.
A shortcut for -π/4 Phase gate.
Applies a phase of e-iπ/4 to the |1⟩ state.
Rotates around the X-axis by π/2.
Rotates around the X-axis by the angle θ.
The default θ = π/2.
Rotates around the Y-axis by the angle θ.
The default θ = π/2.
Rotates around the Z-axis by the angle θ.
The default θ = π/2.
Transforms to/from phase frequency space.
Transforms to/from phase frequency space.
Swap the values of two qubits.
(Place two in the same step.)
Conditions on a qubit being ON.
Gates in the same step only apply to states meeting the condition.
Conditions on a qubit being OFF.
Gates in the same step only apply to states meeting the condition.
Shows a wire's local state as a point on the Bloch sphere.
|0⟩ Operation(Re)sets a qubit to state |0⟩.
|1⟩ Operation(Re)sets a qubit to state |1⟩.
Measures whether a qubit is ON or OFF.
A gate with no effect.