PhD on Continuous Optical Clocks with Ultracold Strontium University of Amsterdam in Netherlands

The University of Amsterdam is seeking a postdoctoral researcher to join the Strontium Quantum Gases Group in the Institute of Physics. Led by Prof. Florian Schreck, the group is part of the Quantum Gases & Quantum Information cluster within the Van der Waals–Zeeman Institute for Experimental Physics. The project focuses on developing continuous optical clocks based on ultracold strontium atoms. Optical clocks already enable extremely precise measurements of time and gravitational effects; this ...

The University of Amsterdam is seeking a postdoctoral researcher to join the Strontium Quantum Gases Group at the Institute of Physics. The project focuses on quantum simulation and quantum computing with individual strontium atoms held in optical tweezers. The group develops experimental methods for manipulating single strontium atoms and uses them to investigate new directions in quantum science. The postdoctoral researcher will help explore topics including three-dimensional spin systems, the...

The University of Amsterdam’s Institute of Physics is seeking a postdoctoral researcher for work on stable optical circuits for quantum technology. The position is based in the Strontium Quantum Gases Group, part of the Quantum Gases & Quantum Information cluster, headed by Professor Florian Schreck, and is connected with the group’s spin-off, OpticsFoundry B.V. The project focuses on robotic manufacturing of robust optical circuits for quantum applications. The successful researcher will design...

PhD opportunity in experimental physics at Vrije Universiteit Amsterdam in the Quantum Metrology and Laser Applications (QMLA) group / LaserLaB Amsterdam, within the Molecular Ions group led by Dr. Max Beyer . The project is part of the NWO Vidi project SAMURAI and focuses on fundamental research on H2+ , antimatter molecules , quantum mechanics , atomic, molecular and optical physics , lasers , extreme-ultraviolet lasers , millimetre waves , and magnetic fields . You will study collisions one q...

This PhD project in experimental physics at Vrije Universiteit Amsterdam asks how the first antimatter molecule could be made by studying the fundamental collision between a proton and a hydrogen atom. The research sits in the NWO Vidi project SAMURAI and focuses on one of the simplest yet most important atomic processes: whether the pair can bind and emit a photon to form H 2 + , a key reaction connected to molecule formation in the early universe and to proposed routes toward antimatter chemis...