1. Coherence & Quantum Technology
Jom Luiten
Cyclotron 2.06, 4359
CQT

2. Cool Quantum Tricks
Jom Luiten
Cyclotron 2.06, 4359
CQT

3. Coulomb Quantum Theory
Jom Luiten
Cyclotron 2.06, 4359
CQT

4. Dream Beam Team: 2016 champion
Skeeten, July 2015
Karten, July 2016
Dream Beam Team: 2016 champion

5. CQT: Coherence & Quantum Technology
Extreme plasmas
CQT
Particle manipulationwith light (lasers…)
Atom, ion and electron beams

6. CQT: Coherence & Quantum Technology
Extreme states of matter: Ultracold plasmas & gases;
Laser Manipulation of atoms, electrons and ions;
Atom, electron & ion beams for femto-nano science & engineering.

7. CQT: Coherence & Quantum Technology
Extreme states of matter: Ultracold plasmas & gases;
Laser Manipulation of atoms, electrons and ions;
Atom, electron & ion beams for femto-nano science & engineering.
ultracold
&
ultrafast

8. Ultrafast electron microscopy
Generating & manipulating femtosecond electron pulses
Microwave cavities: new electron optical components

9. Ultrafast electron microscopy
Since October 2014:
new FEI transmission electron microscope in CQT lab
Combine nanometer spatial and femtosecond temporal resolution
New FEI product
Fundamental light – matter interaction

10. Laser cooling & trapping Magneto-Optical Trap (MOT)
Ultracold atomic gas I
Laser cooling & trapping
N ≤ 1010 Rb atoms,
R ≈ 1 mm
T ≈ 100 µK
Magneto-Optical Trap (MOT)

11. Electron temperature 1-10 K
Ultracold plasma I
Electron temperature 1-10 K Te
Ultracold Plasma

12. Ultracold electron & ion beams!V
Rb+ e- I
‘laser like’
charged particle beams:
many new applications!
Ultracold beams!

13. Ultracold electron beams
new source for ultrafast electron microscopy
ultrafast structural dynamics of macromolecules
fundamental beam limits – fermi degenerate beams

14. Ultracold electron beams
For more info, see article in Physics Today July 2014, p. 12

15. FIB: ion beam milling at nanometer scale
Ultracold ion beams
FIB: ion beam milling at nanometer scale
IC defect analysis with Dual beam FIB-SEM machine

16. For more info, see article by Gijs ten Haaf in N! 17 June 2014, p. 12
Ultracold ion beams
2D MOT laser cooling of Rb atomic beam
Laser photo-ionization of cold atomic beam
Design & simulations focusing lenses for 1 nm spot
For more info, see article by Gijs ten Haaf in N! 17 June 2014, p. 12

17. Ultracold Rydberg gas…I
Ultracold, highly excited atoms

18. Ultracold Rydberg gas: theory & experiment
Rydberg lattice
Model system for solid state
Quantum computation
Ultracold charged particle source
Ultracold, highly excited atoms

19. Quantum mechanical theory of ‘Few-body physics’
Efimov trimers…
‘Borromean rings’
…and beyond (Servaas Kokkelmans)

20. Cyclotron Building More info? Servaas Kokkelmans, s.kokkelmans@tue.nl
Jom Luiten,
Peter Mutsaers,
Edgar Vredenbregt,
Cyclotron
Building

21. Coordination internships:
Edgar Vredenbregt
Cyclotron 2.07
Tel