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MELANIE SCHNELL, JACQUELINE VAN VELDHOVEN, JOCHEN KÜPPER, HENDRICK L. BETHLEM, GERARD MEIJER, FRITZ-HABER-INSTITUT DER MAX-PLANCK-GESELLSCHAFT, FARADAYWEG 4-6, D-14195 BERLIN, GERMANY.
Cold molecules offer fascinating possibilities for novel molecular physics and physical chemistry experiments, such as studying cold collisions or performing high-resolution spectroscopy. Using inhomogeneous electric fields neutral polar molecules can be decelerated to any computer-controlled velocity. The use of state-selected slow molecules can lead to a significantly increased interaction time of the molecules with the electromagnetic radiation in the spectroscopic experiment, resulting in a higher resolution. In this talk we will focus on the deceleration procedure to produce cold molecules and on their prospects for high-resolution (microwave) spectroscopy [1].
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