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UNCOMPUTATION

Uncomputation

Quantum computing technique

Uncomputation is a technique, used in reversible circuits, for cleaning up temporary effects on ancilla bits so that they can be re-used. Uncomputation

Uncomputation

Ancilla bit

Extra bits in computing paradigms

explicitly established otherwise, the values of ancilla (qu)bits require uncomputation, as they may otherwise carry unwanted entanglement and will likely invalidate

Ancilla bit

Ancilla_bit

Reversible computing

Concept in computer science

Superconducting quantum computing – Quantum computing implementation Uncomputation – Quantum computing technique Unconventional computing – Computing by

Reversible computing

Reversible_computing

Quantum programming

Computer programming for quantum computers

gates. Additional tools, such as a performant simulator and automatic uncomputation, complement the extensive framework. Furthermore, it is platform independent

Quantum programming

Quantum_programming

Quantum logic gate

Basic circuit in quantum computing

transform is the unitary inverse. Unitary inverses can also be used for uncomputation. Programming languages for quantum computers, such as Microsoft's Q#

Quantum logic gate

Quantum_logic_gate

Grover's algorithm

Quantum search algorithm

|y\oplus f(x)\rangle .} These oracles are typically realized using uncomputation. If we are given U f {\displaystyle U_{f}} as our oracle, then we can

Grover's algorithm

Grover's_algorithm

Adder (electronics)

Digital circuit that produces sums from inputs

CNOT gates. The CNOT-gate that is surrounded by a dotted square in this picture can be omitted if uncomputation to restore the B output is not required.

Adder (electronics)

Adder_(electronics)

Toffoli gate

Universal reversible logic gate, applied in quantum computing

coupling. Controlled NOT gate Fredkin gate Reversible computing Bijection Uncomputation Quantum computing Quantum logic gate Quantum programming Adiabatic logic

Toffoli gate

Toffoli_gate

Time travel debugging

Stepping back in time through source code

reversible computing inherently support stepping a program backwards via uncomputation if garbage bits are retained. This may require instruction set support

Time travel debugging

Time_travel_debugging

Qrisp

support arithmetic and other operations in quantum circuits. Sessions and Uncomputation: Each QuantumVariable is managed by a QuantumSession that tracks its

Qrisp