Microscopy of an ultranarrow Feshbach resonance using a laser-based atom collider: A quantum defect theory analysis

Overview of attention for article published in Physical Review A: Atomic, Molecular, and Optical Physics, August 2022

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@plotocop Check out the abstracts! https://t.co/mJjKa7lKib https://t.co/Ld2MeqUMgy https://t.co/IY1CzrrR9Y https://t.co/AmSOi7fjX1 https://t.co/GnkWCkp10w https://t.co/cyZGdRaEFD

arXiv/cond-mat STATUS REPORT 03/01/2022 🚨🚨 JET DETECTED IN 6 / 100 PREPRINTS 🚨🚨: https://t.co/HyHYWPB5Nx, https://t.co/shErMauosk, https://t.co/2p8jNZW3Og, https://t.co/dP3hJwSiFZ, https://t.co/yVu6sBSAaJ, https://t.co/jsB1PYbUVE DECLARING GLOBAL STA…

[2112.15416] Matthew Chilcott, James F. E. Croft, Ryan Thomas et al.: Quantum defect analysis of interacting collisional resonances https://t.co/OxE6SRk7Xg https://t.co/Na404bfBa6 #cond_mat_quant_gas

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