Optical detection and cooling of Stark-decelerated SrF and BaF

Technician

Cryogenic source for polyatomic molecules

Precision measurements in optical traps

Deceleration and trapping of molecules

Polyatomic molecules

Laser cooling of a molecular beam

Deceleration of molecules

Electric trapping of nanoparticles

Atomic and molecular physics, methods in theoretical chemistry/physics, relativistic calculations, physics beyond the Standard Model, properties of heavy and superheavy elements. @VSI Groningen

Cooling and manipulating molecules, precision tests of fundamental physics theories using molecules. @VSI and @VU Amsterdam.

Precision measurements of atoms, ions, molecules for fundamental physics. @VSI Groningen.

Intense slow beams of heavy molecules to test fundamental symmetries

Dynamics of molecular beams in a traveling-wave Stark decelerator

Traveling-wave Stark deceleration of SrF molecules

Obtaining ultracold molecules through Stark deceleration and laser cooling

Production and deceleration of SrF molecules

Production, deceleration and trapping of SrF molecules

Exploring short time-scales of a levitated nanosphere

Erasmus engineering student

Master student

Design of a cryogenic source for polyatomic molecules

eEDM measurement, laser cooling, polyatomic molecules

Optically trapped nanospheres as sensitive detectors (with George Palasantzas)

Molecular spectroscopy and laser cooling (with Lorenz Willmann)

Lasercooling molecules

Deceleration of molecules

Production, deceleration and cooling of SrF and BaF (with Rick Bethlem)