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Fast elastic collisions and reduced collisional loss in ultracold polar molecules could revolutionize quantum simulation and impurity physics.
Suppressing two-body losses by orders of magnitude opens the door to exploring itinerant quantum magnetism and novel quantum droplets in polar molecule systems.
Achieving up to 96% filling fractions in molecular tweezer arrays could revolutionize quantum simulations and computing by enabling scalable molecular systems.
Effective dipole moments in cold ammonia collisions can switch off at low energies, challenging existing assumptions about dipole-dipole interactions.
Identifying optimal configurations in microwave shielding could revolutionize the longevity and tunability of ultracold molecular systems.
