AMO Physicist — Quantum Processing & Benchmarking

Entangled Future; Palaiseau; Ibrido; EUR 55.000 - 75.000; Tempo pieno

Vantaggi offerti da questo lavoro

Beautiful modern offices in Massy

Flexible rhythm of in‑person work (min

Descrizione del lavoro

Pasqal in Palaiseau, France, seeks an AMO Physicist (W/M) at mid-level for its Hardware department. The role covers processing operations for neutral-atom QPUs, from state preparation to entangling operations, with emphasis on experimental validation and theory-experiment integration.

You will design benchmarking experiments, develop numerical models, identify dominant error sources, and contribute to circuit-level execution and QEC testing, collaborating with hardware and software teams.

Mansioni

• Experimental characterization & optimization: Implement, characterize, and optimize processing operations (state preparation, gates, dynamical decoupling, coherent transport).
• Benchmarking experiments: Design and run benchmarking experiments to quantify performance, robustness, and limitations.
• Modeling & simulation: Develop and use numerical models to interpret experimental results, predict performance, and guide optimization.
• Error identification & mitigation: Identify dominant experimental error sources and drive mitigation actions with hardware and software stakeholders.
• Circuit-level execution: Support circuit-level execution, including gate scheduling, dynamical decoupling strategies, error accumulation analysis, and QEC protocols.
• Hardware feature validation: Contribute to validation of new hardware features by defining test plans and evaluating impact on processing performance.
• Documentation and communication: Write reports, technical documents, and scientific articles.

Descrizione del lavoro

Pasqal in Palaiseau, France, seeks an AMO Physicist (W/M) at mid-level for its Hardware department. The role covers processing operations for neutral-atom QPUs, from state preparation to entangling operations, with emphasis on experimental validation and theory-experiment integration.

You will design benchmarking experiments, develop numerical models, identify dominant error sources, and contribute to circuit-level execution and QEC testing, collaborating with hardware and software teams.