Research project title
Realization of a noise-resilient superconducting qubit
Education level
Doctorate
Director/co-director
Director: Gabriel Ethier-Majcher
End of display
March 1, 2026
Areas of expertise
Secondary sphere(s) of excellence in research
New Frontiers in Information and Communication Technologies
Unit(s) and department(s)
Department of Electrical Engineering
Conditions
To apply, please provide a motivation letter and a resume.
Detailed description
Quantum computers offer the potential to solve problems that are currently intractable for classical systems. While superconducting quantum circuits have seen significant advancements, building a large-scale quantum computer capable of addressing real-world applications remains a major challenge—primarily due to the limited coherence times of superconducting qubits (quanum bits). This research project aims to enhance qubit coherence by designing quantum circuits that are intrinsically protected from environmental noise. This will be achieved by engineering the current-phase relationship of Josephson Junctions, a core component of superconducting quantum circuits, to create tailored potential landscapes. The selected student will contribute to the development of fabrication processes for novel superconducting circuits in a cleanroom environment and perform low-temperature experimental characterization using cryogenic systems.
Financing possibility
The successful candidate will receive financial support corresponding to the suggested amount of financial aid from the institution.
