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Zeeman slower
Acols Acoft Ds 2009
Arxiv:1709.00790V3 [Physics.Atom-Ph] 23 Nov 2017 Initial Loading Stage of the Trap
Two-Element Zeeman Slower for Rubidium and Lithium
Strontium Laser Cooling and Trapping Apparatus
Designing Zeeman Slower for Strontium Atoms – Towards Optical Atomic Clock
Metrology with Trapped Atoms on a Chip Using Non-Degenerate and Degenerate Quantum Gases Vincent Dugrain
Laser Cooling and Trapping and Application to Superfluid Hydrodynamics of Bose Gases Lecture 1: Light Forces
Arxiv:1212.2109V2 [Physics.Atom-Ph] 17 Jan 2013
1St Nordic Meeting in Physics 16-18 June 2009 Copenhagen
Characterization of a Zeeman Slower Designed for a Sr Optical Clock
The Amazing Story of Laser Cooling and Trapping
Designing a Modified Zeeman Slower for the Paschen-Back Magnetic Regime Leo Michael Nofs
A Quantum Degenerate Bose-Fermi Mixture of 41K and 6Li
Recent Advances Concerning the 87Sr Optical Lattice Clock at the National Time Service Center
Interspecies Collision-Induced Losses in a Dual Species 7 Li
Arxiv:2004.10298V2 [Physics.Atom-Ph] 11 Sep 2020 Far Lower Than in Alkali Atom MOT Setups
Arxiv:1811.09180V3 [Physics.Atom-Ph] 18 Jun 2019 of Our Apparatus
ABSTRACT Title of Dissertation: a RING with a SPIN
Top View
Design and Construction of an Improved Zeeman Slower
Arxiv:2008.07498V1 [Physics.Atom-Ph] 17 Aug 2020
Atom-Light Interaction and Basic Applications
A Two-Dimensional Magneto-Optical Trap for Strontium
The Strontium Optical Lattice Clock: Optical Spectroscopy with Sub-Hertz Accuracy
Design and Implementation of a Zeeman Slower for Rb
Detailed Study of a Transverse Field Zeeman Slower Dany Ben Ali, Thomas Badr, Thibault Brézillon, Romain Dubessy, Hélène Perrin, Aurélien Perrin
Arxiv:2009.00752V4 [Physics.Atom-Ph] 16 Jan 2021 (MOT), and Others2–5 Have Been Used to Control the Position and Velocity of the Atoms in Order to Obtain Such Systems
Characterizing the Zeeman Slowing Force for 40Ca19f Molecules
Laser Cooling and Trapping of Neutral Strontium for Spectroscopic Measurements of Casimir-Polder Potentials
Setup of a Transportable Yb Optical Lattice Clock
Pumping the Zeeman Slower
Lasercoolingofamagnetically Guidedultracoldatombeam
Laser Cooling Lab Phyc30021 – Laboratory and Computational Physics 3
Optimisation of a Spin-Fip Zeeman Slower and Laser Locking to a Broad
Simulations of the Zeeman Slower for the Al Catraz Experiment
Laser Cooling and Trapping of Neutral Atoms*
Abstracts of Thursday Posters
Detailed Study of a Transverse Field Zeeman Slower
Development of the Zeeman Slower for the Ultra-Cold Atomic Interference Experiment
A Slow Atom Source Using a Collimated Effusive Oven and a Single-Layer Variable Pitch Coil Zeeman Slower S