Use and develop state-of-the-art digital quantum algorithms to explore quantum materials that can be realized on PASQAL’s quantum processing unit (QPU).
Deploy and execute large-scale classical numerical simulations on our cluster.
Propose implementation and detection schemes tailored for neutral atom quantum processors.
Simulate and study the inherent noise present in the device and suggest mitigation schemes.
Work closely together with PASQAL’s Hardware teams to implement realistic proposals.
Collaborate with PASQAL’s Software teams to develop and consolidate re-usable building blocks and protocols in topics such as error mitigation or tomography
Project topics include primarily algorithm R&D in the domains of simulating quantum materials with a digital quantum processing unit.
Keep a regular technological watch.
Support an inventive activity in the scientific and technical fields related to the Company's research, products, technologies, and markets; fill patents.

PhD in quantum physics, quantum computing, condensed matter physics, computational physics, computer engineering
1+ years’ experience as a postdoc or equivalent position in the industry
Excellent academic track record
Demonstrable experience with Many-body physics/ digital quantum computing
Proficient in or more programming languages including Python, Julia, Fortran, and C, with a strong aptitude for utilizing version control tools such as git, gitlab, and others.
Team player
Experience in project management
Team spirit, ambitious, organized, proactive, sense of urgency… a true pioneer!
Experience speaking in front of technical and non-technical audiences
English: a good professional capability is essential (written and oral).

Quantum Algorithm Developer – Quantum Materials

Key skills