We are looking for two postdoctoral researchers to join our group and work in the research directions below. If either of these topics interests you, write an e-mail to Simone Gasparinetti. Include a brief CV and a short motivation letter. Start here 👈
Building on our recent advances in the preparation, manipulation, and tomography of quantum information encoded in bosonic modes, this project explores advanced quantum information processing with continuous-variable systems. You will work on exploiting the high-dimensional Hilbert spaces of bosonic modes, implementing sophisticated quantum control protocols, and further develop our multi-mode platform including novel approaches to non-Gaussian operations. A major goal is to demonstrate a scalable verification of quantum bosonic processors as the field moves towards quantum advantage.
We have developed a prototype kinetic-inductance travelling-wave parametric amplifier (KI-TWPA) based on the nonlinear kinetic inductance of superconducting films. Unlike conventional Josephson-junction-based parametric amplifiers, this technology can operate efficiently at both millikelvin and 4 K temperatures while offering high gain, wide bandwidth, and excellent power handling. In this project, you will focus on validating and optimizing the KI-TWPA design, integrating it into superconducting-qubit readout setups, and demonstrating high-fidelity qubit measurements using the amplifier as the only cryogenic amplifier. Eliminating the conventional HEMT stage could substantially reduce heat load and simplify cryogenic hardware for large-scale quantum processors.
We consider PhD applications year-round. To express your interest, write an e-mail to Simone Gasparinetti. Include a brief CV and a short motivation letter. Start here 👈
We welcome MSc thesis candidates year-round. To apply for a MSc thesis, contact Simone Gasparinetti. Include a short motivation letter. Below you find sample projects that may be available in our group. Follow the links to Chamers research portal to find more information.
Want to get a feel of the 202Q-lab and learn alongside our students and researchers? Check out this course: Building and programming a quantum computer!
State-of-the-Art Facilities
Access advanced labs for fabrication and experiments.
Cutting-Edge Electronics
Work with the latest quantum control and measurement technology.
Expert Knowledge
Collaborate with leaders in quantum hardware and superconducting circuits.
Long-Lived Superconducting Qubits
Push the boundaries of quantum coherence and performance.
Diverse & Inclusive Environment
Thrive in a welcoming, innovative research culture.
Global Collaboration
Engage with top researchers locally, nationally, and internationally.
Fundamental & Applied Science
Work on projects bridging theory and real-world impact.
Ambition to Make a Difference
Be part of a team driving the future of quantum technology.
We are always on the look-out motivated postdoctoral researchers to join our cutting-edge experimental research team specializing in superconducting circuits. Exciting opportunities are available in three key areas:
✅ Quantum Thermodynamics
✅ Quantum Computing with Bosonic Modes
✅ Quantum-Enabled Technologies
If you’re interested, contact Professor Simone at simoneg@chalmers.se.
We also welcome MSc and PhD students, as well as summer students and interns eager to gain hands-on experience in quantum research.
