Advancing quantum literacy and connecting the next generation of quantum scientists
The Oxford University Quantum Information Society (OUQIS) is a student-led organisation at the forefront of quantum information science outreach. We host leading researchers from institutions across the UK and Europe, providing Oxford students with direct access to the people shaping the future of quantum technologies.
From quantum error correction and fault-tolerant computing to satellite-based quantum key distribution and quantum network architectures, our talks cover everything from theory and experiments to real-world applications in industry.
Provide accessible learning opportunities for students at all levels, from introductory workshops to advanced seminars with leading researchers
Build bridges between students, academics, and industry professionals to foster collaboration and career opportunities in quantum technology
Showcase cutting-edge research and developments in quantum information to inspire the next generation of quantum scientists and engineers
Create a welcoming and inclusive environment where students with diverse backgrounds can explore quantum information together
All members of the University of Oxford are welcome to join! Whether you're an undergraduate, a postgrad, or doing research, we'd love to have you. Your department doesn't matter either. If you're interested in quantum information, come along.
You don't need to be a physics or computer science student to participate. Our events are designed to be accessible to students from mathematics, engineering, chemistry, philosophy, and beyond. If you're curious about quantum technology and want to learn more, you belong here.
Our talks and workshops reflect the full range of quantum information science as it's actually practised today. We've hosted researchers working on trapped-ion processors, superconducting qubits, and photonic chips, alongside theorists developing new quantum algorithms and error correction codes. We've also explored quantum key distribution over satellite links, quantum network architectures, and the challenge of building a quantum internet.
Beyond the hardware and protocols, we dig into the ideas that connect it all: information theory, computational complexity, quantum thermodynamics, and the open questions about what quantum mechanics actually tells us about nature. We also make space for the applied side, including quantum sensing, quantum machine learning, and careers across academia, startups, and established quantum companies.
If a topic sits at the intersection of quantum physics and information, chances are we've covered it or plan to.