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Study mode:
on
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Intro
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Outline
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The quantum atom
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A ultracold gas of atoms
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Uses for ultracold gases
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Why? Many-body quantum physic
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Many-body quantum physics 1995
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Ultracold quantum gases
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Cooling a gas of atoms
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Apparatus
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Many-body quantum physics • Study strongly interacting quantum many-body physics
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Interactions are key
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Ultracold molecules: Interaction
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Ultracold molecules: The challeng Molecules are complex!
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How do you cool molecules?
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Ultracold atom gas
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Make some molecules
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Weakly bound molecules
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Transfer the molecules to the ground state
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Ultracold polar molecules
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Conclusion
Description:
Explore ultracold gases and molecules in this 35-minute conference talk by Dr. Deborah Jin from the University of Colorado - Boulder at the APS April Meeting 2013. Delve into the fascinating world of quantum physics, focusing on ultracold atoms, their interactions, and recent advancements in ultracold molecule research. Learn about the challenges and techniques involved in cooling atoms and molecules to extremely low temperatures, and discover the importance of interactions in studying strongly interacting quantum many-body physics. Gain insights into the process of creating ultracold polar molecules, from cooling atom gases to forming weakly bound molecules and transferring them to the ground state. Understand the significance of this research in advancing our understanding of quantum phenomena and its potential applications in various fields of physics.

Ultracold Atoms and Molecules

APS Physics
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