👉 Starting computation, often referred to as "starting computation" or "SCC," is a fundamental concept in quantum computing and quantum algorithms, particularly within the framework of quantum circuit synthesis. In this context, it refers to the process of initializing a quantum circuit with a set of qubits in a specific, predefined state, usually the ground state or an initial superposition state. This initialization is crucial as it sets the stage for subsequent quantum operations, such as entangling gates and measurements, which are used to perform computations. The choice of initial state can significantly impact the efficiency and success probability of a quantum algorithm, as it determines how the qubits are prepared before any quantum gates are applied. Common initial states include the all-zero state (|0⟩^N for N qubits) or a uniform superposition (|+⟩^N = (|0⟩ + |1⟩)/√2^N), depending on the algorithm's requirements.
