Würzburg 2018 – wissenschaftliches Programm

Bereiche | Tage | Auswahl | Suche | Aktualisierungen | Downloads | Hilfe

AKBP: Arbeitskreis Beschleunigerphysik

AKBP 11: Synchrotron Radiation Sources, Hadron Accelerators and Colliders

AKBP 11.4: Vortrag

Donnerstag, 22. März 2018, 17:15–17:30, NW-Bau - HS5

Recent laser cooling experiments at the ESR — •Sebastian Klammes^1,2, Danyal Winters¹, Thomas Walther², Daniel Kiefer², Lewin Eidam², Oliver Boine-Frankenheim^1,2, Axel Buß³, Christian Egelkamp³, Volker Hannen³, Zhongkui Huang⁴, Thomas Kühl^1,5, Markus Löser^6,7, Xinwen Ma⁴, Fritz Nolden¹, Wilfried Nörtershäuser², Rodolfo Sanchez Alarcon¹, Ulrich Schramm^6,7, Mathias Siebold⁶, Peter Spiller¹, Markus Steck¹, Thomas Stöhlker^1,5,8, Johannes Ullmann^2,8, Hanbing Wang⁴, Weiqiang Wen⁴, Christian Weinheimer³, Daniel Winzen³, and Michael Bussmann⁶ — ¹GSI Darmstadt — ²TU-Darmstadt — ³Uni Münster — ⁴IMP Lanzhou — ⁵HI-Jena — ⁶HZDR Dresden — ⁷TU-Dresden — ⁸Uni-Jena

In terms of observing relativistic effects and verifying the predictions of quantum electrodynamics, stored particles of high energy with a small momentum spread and small emittance are of great interest in current atomic physics and accelerator research. Due to its effectivity at high energies, laser cooling has proven to be a potentially powerful tool in recent years. Laser cooling is a longitudinal beam cooling method and is based on the resonant absorption and the subsequent spontaneous emission (fluorescence) of photons by ions [1]. We will show results of recent laser cooling experiments performed at the ESR at GSI Darmstadt, Germany [2]. [1] M. Bussmann, ICFA Beam Dyn. Newslett. 65 (2014). [2] D. Winters et al., Phys. Scr. T166 014048 (2015).