Remote Quantum Device Physics Intern - OSRP & QEC

Quandela; Massy; Remoto; EUR 13.000 - 16.000; Part-time

Vantaggi offerti da questo lavoro

Swile Card

50% transportation costs

Remote work possible

Internship allowance 1,200–1,400 €/mo

1.5 days off per month

Descrizione del lavoro

Quandela, a leader in quantum computing, seeks an MSc student for an internship in the Device Physics team. You will investigate noise and error mechanisms of Optical Spin Rotation Pulses (OSRPs), develop physical models, and translate device-level errors into error channels for QEC simulations.

You will build numerical simulations in Python/C++, analyse OSRP implementations, and study their impact on quantum dot optics and pulse optimisation.

Competenze

• MSc student in Quantum Information Science, Quantum Engineering, Quantum Computing, Physics or closely related field.
• Strong analytical and problem solving abilities expected.
• Excellent written and verbal communication skills required.

Mansioni

• Attend Device Physics group meetings and meet with supervisors regularly.
• Understand OSRP simulation methods and analytical error analysis techniques.
• Develop physical models describing OSRP implementation and assess simplifying assumptions.
• Create numerical simulations and analytical descriptions of OSRP error channels.
• Combine OSRP errors with perturbative descriptions of single-qubit gates to study their impact on error channels.
• Explore OSRP impact on optical properties of quantum dots for pulse optimisation.
• Study temporal correlations and non-Markovian effects from repeated OSRPs.
• Incorporate OSRP error channels into quantum error-correction simulations to evaluate logical error rates.

Conoscenze

Analytical reasoning

Problem solving

Clear written and verbal communication

Team and independent work

Formazione

MSc student in Quantum Information Science/Quantum Engineering/Quantum Computing/Physics

Strumenti

Python

C++

QuTiP

Qiskit

Descrizione del lavoro

Quandela, a leader in quantum computing, seeks an MSc student for an internship in the Device Physics team. You will investigate noise and error mechanisms of Optical Spin Rotation Pulses (OSRPs), develop physical models, and translate device-level errors into error channels for QEC simulations.

You will build numerical simulations in Python/C++, analyse OSRP implementations, and study their impact on quantum dot optics and pulse optimisation.