We offer a full-time senior postdoctoral position in the theory of quantum error correction and fault tolerance. Our group has a strong international profile in this area and offers a unique culture of scientific exchange, lively discussion, and intensive blackboard collaboration. Possible research topics include
We investigate the fundamental principles of quantum information processing and complex quantum many-body systems. Using methods from mathematical physics, quantum information theory and computational science, we seek a deeper understanding of quantum phenomena while addressing the fundamental challenges underlying emerging quantum technologies. Our research spans quantum computing, quantum error correction, quantum algorithms, quantum communication and the study of strongly correlated quantum matter.
This conference will bring together experienced scientists from the fields of experimental and theoretical quantum information science. The conference talks will cover the latest research achievements and findings in quantum information science.
After two decades of intensive experimental and theoretical research in quantum science, we have now reached a new era of quantum technologies. Several scenarios have been identified for which quantum information processing outperforms its classical analogue. Moreover, various implementations have demonstrated reliable control and operation of around ten qubits. Despite these efforts and advances, we are still very far away from a full-fledged quantum device mastering several thousand qubits.
SoftQuantus is seeking a PhD-level quantum computing researcher to join its internal research and development team.
The researcher will contribute to experimental and applied research involving quantum algorithms, quantum workload orchestration, quantum simulation, error mitigation, cross-backend benchmarking and hybrid quantum-classical computing.
Interested in pursuing a fully funded PhD in Quantum Sciences and Technologies in Grenoble?
Join the QuanG2 Applicants Webinar on 17 July 2026, 10:00–12:30 (CEST).
During the webinar, participants will discover:
We are interested in a wide range of topics in quantum information and quantum computing connected to understanding the power and limitations of near-term quantum devices. As a major tool, we are using random quantum circuits to better understand the generic expressitivity of short quantum circuits.
Research focus:
- random unitaries and designs
- quantum learning theory
- quantum computing resources
- benchmarking and characterization
- classical simulation
Our research group at Aalto University is hiring 3 postdocs + 3 doctoral students to work on distributed quantum algorithms in projects funded by an ERC Advanced Grant and a QuantERA grant. Application deadline: July 31, 2026. Start date: October 2026–October 2027 (negotiable). Apply now: Aalto University → Open Positions!
The Quantum Science and Technology MSc programme at University of Nottingham is now open for applications for the 2026-2027 academic year.
JOIN US IN THE 2ND QUANTUM REVOLUTION!
This one-year programme provides an excellent gateway into the rapidly growing field quantum science. It offers opportunities to undertake placements with leading quantum science and technology companies, preparing graduates for careers in quantum-related research and industry. It also provides a strong foundation for progressing to a PhD in Quantum Science.
We are now looking for a postdoctoral researcher in quantum algorithms and optimization for Life Science applications.
Are you as excited about quantum technology and its future applications as we are?
We are seeking a postdoctoral researcher to join the Micro and Quantum Systems (MQS) research group in the Department of Electronics and Nanoengineering at Aalto University. MQS currently comprises more than 18 members and is expanding. We are advancing foundational topics in quantum computing and their practical applications.
