Armands Strikis

Armands Strikis is a Research Fellow in the Department of Mathematical Studies at the University of Oxford. His research interests include Quantum Computation, Quantum Error Correction, and Fault-tolerant Quantum Computing. Strikis has contributed to recent publications exploring quantum error correction, fault tolerance, and scalable quantum computing architectures. His work focuses on practical design of codes and architectures for quantum systems, with an emphasis on early and late-stage fault tolerance. He is affiliated with the Mathematical Institute at the University of Oxford and is based at the Andrew Wiles Building.

Armands Strikis is a researcher at Oxford University specializing in quantum error correction. His work focuses on developing practical solutions for quantum computing, including error mitigation and correction techniques for scalable quantum systems. He has published extensively on quantum low-density parity-check codes, adaptive surface codes, and syndrome extraction circuits for quantum error correction. His research also explores quantum leakage detection, mobile logical qubits, and fault tolerance in modular architectures. Strikis's contributions aim to enhance the reliability and performance of quantum computing systems by addressing key challenges in error correction and fault tolerance.