Quantum Source Applications Intern - Remote Options

Quandela; Massy; Teletrabalho; EUR 13 000 - 16 000; Tempo integral

Vantagens oferecidas por esta oferta de emprego

Swile Card

Transportation subsidy 50%

Remote work option

Internship allowance €1,200–€1,400

1.5 days off per month

Resumo da oferta

Quandela, a global leader in quantum computing, invites you to join the Source Applications Team in Massy for an internship focused on protecting spins in semiconductor quantum dots. You will implement and compare optical spin-control sequences and assess their limits in a hands-on laboratory setting.

You will analyze experimental data to extract coherence times and contribute to spin–photon entanglement protocols, working closely with researchers to advance quantum information experiments.

Qualificações

• Working towards a Master’s or final-year engineering diploma in physics, quantum technologies, photonics, or related field.
• Solid foundation in quantum mechanics and hands-on optics/experimental physics beneficial.
• Experience with lasers, alignment, data analysis, or measurement automation is a plus.

Responsabilidades

• Characterize spin coherence.
• Implement and optimize dynamical decoupling sequences such as CPMG-family.
• Investigate pulse timing, rotation fidelity, and excitation conditions on coherence.
• Analyze data to extract coherence times and compare sequences.
• Collaborate to interpret results and identify decoherence sources.
• Document findings and contribute to robust spin-control protocols.

Conhecimentos

Quantum optics

Spin physics

Coherent control

Python

Formação académica

Master’s degree

Engineering degree

Physics or photonics

Ferramentas

Pulsed experiments

Cryogenic systems

Semiconductor quantum dots

Descrição da oferta de emprego

Quandela, a global leader in quantum computing, invites you to join the Source Applications Team in Massy for an internship focused on protecting spins in semiconductor quantum dots. You will implement and compare optical spin-control sequences and assess their limits in a hands-on laboratory setting.

You will analyze experimental data to extract coherence times and contribute to spin–photon entanglement protocols, working closely with researchers to advance quantum information experiments.