Quantum computing · Research & adoption
Elie Bermot
I am a Quantum Enablement and Adoption Manager at Pasqal, where I help users make the most of neutral-atom quantum computing technology.
I completed my PhD in October 2026, jointly at IRIF (Université Paris Cité) and Pasqal. My research focused on quantum algorithms for combinatorial optimization, particularly quantum annealing and tunneling.
Interests: Quantum algorithms, quantum optimization, adiabatic quantum computing, and quantum simulation.
Publications
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Analog quantum algorithms for combinatorial optimization on neutral-atom devices: from graph embeddings to tunneling in quantum annealing
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Log-concavity and tunneling: adiabatic quantum optimization for convex functions (with a spike)
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Rydberg blockade mechanism through the lens of graph theory: characterization and applications
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Quantum Generative Adversarial Networks for Anomaly Detection in High Energy Physics
Talks
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Analog quantum algorithms for combinatorial optimization on neutral-atom devices: from graph embeddings to tunneling in quantum annealing
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Exploring Quantum Annealing and Tunneling: Harnessing Their Potential for Independent Set Sampling
Experience
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Quantum Enablement and Adoption Manager · Pasqal
Helping users adopt neutral-atom quantum computing by connecting advanced quantum hardware with real-world needs.
- Design and deliver technical training, workshops, and hackathons.
- Support quantum algorithm development, execution, and result interpretation.
- Develop training programs and professional services with Product and Software teams.
- Translate user feedback into actionable product improvements.
- Strengthen user engagement and provide advanced technical support.
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R&D Quantum Application Engineer · Pasqal
Conducted industrial PhD research on quantum approaches to combinatorial optimization, with an emphasis on quantum annealing and neutral-atom platforms.
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Quantum Community Team Intern · IBM Research
Contributed to quantum workforce development, advocacy, and outreach initiatives across Europe and Africa.
Education
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PhD in Quantum Optimization · IRIF, Université Paris Cité & Pasqal
Research group: Algorithms and Complexity
Supervisors: Simon Apers, Frédéric Magniez, and Louis-Paul Henry.
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MSc in Quantum Engineering · ETH Zurich
Master's thesis: Quantum Generative Adversarial Networks for Anomaly Detection in High Energy Physics. PDF ↗
Supervisors: Christa Zoufal, Ivano Tavernelli, and Renato Renner.
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BSc and Master's-level studies in Physics · École Polytechnique
Bachelor's thesis: Fermionic Hubbard Model with Diagrammatic Monte Carlo. PDF ↗
Supervisors: Fedor Simkovic, Thomas Schäfer, and Michel Ferrero.
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Classes préparatoires aux grandes écoles · Lycée Louis-le-Grand
Intensive post-secondary studies in mathematics, physics, and engineering sciences in preparation for competitive entrance examinations to French grandes écoles.