Vision and Mission
Vision
To shape the future of advanced quantum computing through excellence in research, innovation, and collaboration while enabling technologies that support digital transformation, economic diversification, and technological advancement.
Mission
Advance high-impact fundamental and applied research in quantum information science and advanced quantum computing.
Develop innovative quantum algorithms, software frameworks, and technologies addressing complex national and global challenges.
Foster interdisciplinary and international collaboration across academia, industry, and government.
Translate research outcomes into patents, commercialization, and scalable deep-tech industrial solutions.
Support and contribute to the Kingdom's digital transformation and knowledge-based economy.
Educate and train the next generation of quantum computing scientists and engineers.
Our Team
Prof. Daniel Loss
Widely recognized as one of the pioneers of spin-based quantum information processing. His research spans spin coherence and decoherence in quantum dots, quantum Hall physics, magnonics, and topological quantum computing with Majorana and parafermion modes.
Center Director, Chair professor
Dr. Ji Zou
Condensed matter theory and quantum computing.
Quantum spin dynamics and magnonics. Topological magnetic textures.
Quantum computation, quantum control, and quantum error correction. Spin qubits and correlated noise
Open, nonequilibrium, and non-Hermitian quantum systemsc
Assitant Professor, Department of Physics
Assistant professor, Department of PhysicsDr. Abdulwahab Al Luhaibi
Quantum and Superconducting Technology
Nonlinear Physics
Superconductivity and Vortex Physics
Quantum Circuit
postdocSamira Elghaadya
Quantum Information
Relativistic Quantum Information
Quantum Batteries
Circuit Quantum Electrodynamics (Circuit QED)
Begin Your Academic Journey
Submit the inquiry form to receive a detailed program guide, and a representative will respond promptly to discuss strategic enrollment options.