Example Concept: Measurement-induced entanglement occurs when the act of measuring one qubit in a quantum circuit affects the state of another qubit, leading to entanglement. This can introduce correlated errors, where a measurement error in one qubit propagates to others, complicating error correction. However, when properly managed, this entanglement can be harnessed to improve quantum error correction codes by allowing more efficient detection and correction of errors across multiple qubits.