Quantum Source Applications Intern — Remote & Stipend

Quandela; Palaiseau; Híbrido; EUR 13.000 - 16.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Swile Card (meal vouchers)

50% transportation costs

Descripción de la vacante

Quandela is seeking a Master’s student or final-year engineer for an internship in the Source Applications Team to explore dynamical decoupling techniques protecting spins in semiconductor quantum dots and extending coherence times. You will implement spin-control sequences, analyze data, and assess compatibility with spin–photon entanglement protocols.

Work closely with scientists in a hands-on environment, documenting results and contributing to robust quantum information experiments.

Formación

• Solid foundation in quantum mechanics.
• Pursuing a Master’s or final-year engineering degree in physics, quantum technologies, photonics, or related field.
• Previous laboratory experience in optics, spectroscopy, or experimental physics is an advantage.

Responsabilidades

• Characterize spin coherence.
• Implement and optimize dynamical decoupling sequences, such as CPMG-family sequences.
• Investigate how pulse timing, rotation fidelity, and excitation conditions affect coherence preservation.
• Analyze experimental data to extract coherence times and compare the performance of different sequences.
• Document findings and contribute to robust spin-control protocols for quantum information experiments.

Conocimientos

Quantum optics knowledge

Spin physics

Coherent control

Python programming

Experimental physics

Educación

Master's degree or final-year engineering degree in physics, quantum technologies, photonics, or related field

Herramientas

Data analysis with Python

Lasers and optics alignment

Descripción del empleo

Quandela is seeking a Master’s student or final-year engineer for an internship in the Source Applications Team to explore dynamical decoupling techniques protecting spins in semiconductor quantum dots and extending coherence times. You will implement spin-control sequences, analyze data, and assess compatibility with spin–photon entanglement protocols.

Work closely with scientists in a hands-on environment, documenting results and contributing to robust quantum information experiments.