Studying methods to detect and correct errors in quantum systems to ensure secure and reliable quantum communication and computation.
Quantum Error Correction is a foundational research area focused on addressing the inherent fragility of quantum information. Due to quantum decoherence and noise, quantum systems are highly susceptible to errors, which can compromise both computation and communication processes. This topic investigates the design and implementation of error-correcting codes, such as surface codes and stabilizer codes, that can preserve quantum states over time and across imperfect hardware. In the context of cybersecurity, robust error correction is essential for ensuring the reliability of quantum cryptographic protocols and the integrity of quantum-secure communication channels. Research also explores fault-tolerant architectures, resource overhead, and the practical deployment of quantum-safe infrastructures.
Contact cyber@uq.edu.au for more information.
