Quantum Materials Algorithm Developer — Hybrid Remote

Pasqal; Palaiseau; Hybride; EUR 50 000 - 75 000; Plein temps

Avantages offerts par ce poste

Office in Massy

Hybrid remote policy

Permanent contract

Impactful role

Training/conferences support

Résumé du poste

PASQAL is seeking a Quantum algorithm developer to join top scientists and developers in France. You will tackle materials with digital quantum computers and coordinate projects to run on PASQAL’s QPU.

Focus areas include state-of-the-art digital quantum algorithms, large-scale classical simulations, and collaboration with hardware and software teams to build reusable building blocks and protocols. Strong PhD background and fluency in English required.

Qualifications

• PhD in quantum physics, quantum computing, condensed matter physics, computational physics, or computer engineering.
• 1+ years’ experience as a postdoc or equivalent position in industry.
• Excellent academic track record.
• Demonstrable experience with many-body physics and digital quantum computing.
• Proficient in Python, Julia, Fortran, and C, with version control (git, gitlab, etc.).

Responsabilités

• Use and develop state-of-the-art digital quantum algorithms for quantum materials on PASQAL’s QPU.
• Deploy and run large-scale classical numerical simulations on the cluster.
• Propose implementation and detection schemes for neutral atom quantum processors.
• Simulate device noise and suggest mitigation schemes.
• Collaborate with hardware and software teams to build reusable blocks and protocols.

Connaissances

Many-body physics

Digital quantum computing

English communication

Formation

PhD in quantum physics / quantum computing / condensed matter / computational physics / computer engineering

Outils

Python

Julia

Fortran

C

git

gitlab

Description du poste

PASQAL is seeking a Quantum algorithm developer to join top scientists and developers in France. You will tackle materials with digital quantum computers and coordinate projects to run on PASQAL’s QPU.

Focus areas include state-of-the-art digital quantum algorithms, large-scale classical simulations, and collaboration with hardware and software teams to build reusable building blocks and protocols. Strong PhD background and fluency in English required.