![]() Here, physicists detail how they examined a quantum simulator and found that, after an initial period, the simulator showed behaviors that could be described using a classical fluid dynamics model-one that also describes the foraging behaviors of some bees, sharks and other animals. But as quantum simulators move toward studying increasingly complex systems, researchers will no longer be able to use classical supercomputers to verify that these simulators are working as they should. To predict the behaviors of complex quantum systems, researchers use quantum simulators. By stimulating optomechanical entanglement via atomic currents, the approach also demonstrates how atomic rotation could be used as a form of information processing and storage.Ī Classical Model Describes Both Quantum Simulators and Animal Behavior The model improved rotation sensitivity by three orders of magnitude. Here, quantum physicists present a new method to sense circulation in rotating BEC. In these states, or Bose-Einstein Condensates (BECs), wave-like properties become dominant and collectively exhibit behaviors like rotational circulation. When studying quantum behavior, like how particles also operate as waves, scientists seek to cool quantum systems to a near absolute-zero state where nearly all atomic motion slows. Please review the health and safety requirements for complete details. On-site attendees must also receive a negative COVID test result before entering the meeting. Registration will remain open throughout the meeting.Īll in-person attendees must provide proof of vaccination, including primary dosage(s) and any applicable boosters. To request press credentials, please complete this form. News media with valid APS press credentials may register for the meeting at no cost through the general registration page. Registration is required to access the virtual meeting platform. Contributed sessions may be pre-recorded and uploaded to the virtual meeting platform at the discretion of the presenter. Invited and focus sessions will be livestreamed to the virtual meeting platform. Browse a selection of newsworthy talks below or explore the scientific program in its entirety. This year’s meeting will have both online and in person components. The meeting will be held virtually and in person at the Rosen Centre Hotel in Orlando, Florida May 30-June 3. Scientists from around the world will present new findings on atoms, simple molecules, electrons and light at the 53rd Annual Meeting of the American Physical Society’s Division of Atomic, Molecular and Optical Physics (DAMOP). view moreĬredit: Christoph Hohmann (MCQST Cluster) Image: Physicists detail how they examined a quantum simulator and found that, after an initial period, the simulator showed behaviors that could be described using a classical fluid dynamics model-one that also describes the foraging behaviors of some bees, sharks and other animals.
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