Description
virtual lab tours (via Zoom)
Lab tour of the atom-ion setup and the 2D crystal and tweezers labs at the University of Amsterdam. In the atom-ion lab we study molecular ion formation and in the 2D crystal lab we study quantum information with tweezers.
The virtual lab tour will show you the key components of an ion trap with all the lasers and control systems used to perform trapped Rydberg ion gate.
During this live lab tour, I will present the exiting lab of the Ion Trap group at Aarhus University!
The lab includes 3 linear Paul traps, lasers for cooling and capturing both Calcium and Barium ion, and and our ultra stable Menlo Frequency comb.
We will show our laboratory in which PTB’s Caesium beam and fountain clocks are set up and we perform research on optical atomic clocks with trapped ions.
We work on ultracold interactions and collisions of atoms, ions, and molecules using ab initio electronic structure and quanutm scattering methods.
In the virtual lab tour we will present the experimental apparatus that we have recently used to trap Ba+ ions, thus realizing the first ion trapping experiment in Italy. Moreover, we will discuss our future plans and in particular our strategy for immersing the ions into a cloud of fermionic Li atoms to observe atom-ion interactions at ultra-low temperatures.
Oxford lab, 'Two-node two-species trapped ion quantum network'
Our colleague Ludwig Krinner, is surely participating to present our lab.
