quantum technologies

W3 Professorship Communications in Quantum Technologies (m/f/x; Reference no.: W2831)

Institution: Saarland University, Department of Systems Engineering, Faculty of Natural Sciences and Technology - Saarbrücken Campus

About the Position:

The professorship addresses communication technologies at the intersection of quantum and classical engineering systems. Its theoretical foundations draw on the concepts and methods of both classical and quantum communications.

In recent years, impressive advances in the quantum control of ultracold atoms and atomic ions have been achieved which enabled measurements with an unprecedented precision. Similarly precise experiments on molecules open up a range of new scientific perspectives owing to their rich level structure combining rotational and vibrational degrees of freedom. These include tests of new physical concepts, the implementation of new frequency standards, accurate evaluations of physical theories such as quantum electrodynamics and precise determinations of fundamental constants. They also lay the foundations for applications of molecules in the realm of modern quantum science such as quantum information and quantum sensing.  

We open a PhD position in our group at the Université de Bordeaux and CNRS.

Motivation:
Optically trapped particles, isolated from environmental noise by the optical potential, offer an unparalleled platform to explore quantum behavior at mesoscopic scales. Their weak coupling to the environment and precise optical control make them ideal for investigating fundamental quantum phenomena and developing quantum technologies.

We are seeking a person who will lead the Quantum Algorithms and Machine Learning research group of the newly established Center for Quantum-Enabled Computing (within the structures of the Center for Theoretical Physics of the Polish Academy of Sciences) — the first scientific unit in Poland dedicated to the application of quantum effects in computing. The focus of the Group will be on combining theoretical research with potential implementations.

UNIVERSITY OF WARSAW

Center for Hybrid Quantum-Classical Information Technologies

GROUP LEADER POSITION
Quantum Computation and Artificial Intelligence

Applications are invited for a Canada Research Chair (Tier 2) in Applied Quantum Sciences — a full-time tenure-track position. The Chairholder will establish a high-impact research program in quantum photonics, quantum communication, quantum computing, quantum metrology, quantum materials, or quantum devices, combined with teaching and graduate supervision.