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The Q-UDiM project focuses on enhancing the understanding and control of ultracold dipolar molecules to explore their potential in forming new states of matter. It aims to develop innovative techniques for minimizing molecular losses and maximizing interactions, alongside creating computational models to simulate their…
Q-UDiM aims to advance the understanding of ultracold dipolar molecules by overcoming key challenges in their manipulation and exploring their potential to form novel phases of matter.Ultracold dipolar molecules, with their rich quantum structure and strong, long-range interactions, offer exciting new possibilities in quantum sensing, metrology and computing, beyond what has been achieved with ultracold atoms.
However, these same features make them difficult to cool and control. Q-UDiM will addr…
TECHNISCHE UNIVERSITAET WIEN
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