Parallelisation of Quantum Algorithms Using Quantum Teleportation

Key Points

• The proposed method reduces circuit depth, leading to enhanced execution accuracy as quantum decoherence increases.
• A critical finding shows that the new parallel representation increases the number of qubits used simultaneously, boosting efficiency.
• The approach leverages quantum gate teleportation to achieve a more efficient circuit model, enhancing quantum computing capabilities.
• This method may enable more effective quantum computing under decoherence, allowing for practical applications in various fields.

Abstract