Postdoc Positions in Quantum Information Theory at Inria Saclay / PhIQuS Inria Saclay in France

Postdoctoral opportunity in Quantum Information Theory of Bosonic Systems at Télécom SudParis in France . This is a fixed-term 2-year postdoctoral contract focused on theory-oriented research in quantum information, with relevance to bosonic/oscillator-based encodings and quantum error correction. The post highlights a research environment connected to the Institut Polytechnique de Paris ecosystem. It also notes technical expectations including Python and MATLAB , suggesting that applicants shou...

PhD opportunity in quantum error correction for cat qubits at Alice & Bob, Paris. This project is part of QuBriC, the first European MSCA Doctoral Network entirely dedicated to quantum error correction, and sits at the intersection of classical coding theory, quantum information, and quantum hardware. The doctoral project, Code construction & logic for biased-noise qubits , focuses on designing high-rate quantum error correction codes and logical-gate protocols tailored to the unique noise prope...

Inria Saclay-Île-de-France is advertising a postdoctoral position in Quantum Information Theory within the PHIQUS team, led by Marc-Olivier Renou . The group works at the interface of physics and computer science , with research on quantum networks , Bell nonlocality , entanglement , distributed quantum computing , and quantum cryptography . The postdoctoral researcher will join a team of around 20 researchers and may collaborate with European partners in the QuantERA consortia, including projec...

This postdoctoral position at Télécom SudParis focuses on quantum information theory for bosonic systems , with a particular emphasis on non-Gaussian states and channels . The researcher will investigate the mathematical and informational properties of bosonic quantum states and channels, and work on entropy inequalities that arise in bosonic quantum information, including inequalities connected to beam splitters and other physically relevant bosonic transformations. The project combines tools f...

Variational Quantum Computing Beyond the Near Term is a PhD project at the University of Southampton investigating how variational quantum algorithms can become more robust on noisy quantum computers. The research focuses on simulated quantum systems and hybrid classical-quantum frameworks. You will explore error-correction-inspired techniques and learned redundancy within variational computational methods, with the aim of enabling larger and more reliable quantum computations despite hardware n...