Atomic, molecular & optical physics
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1,692 studies
- Single-file diffusion of charged particles on a devil’s staircase
- Electrical conductivity structure drives anomalous and potentially time-varying magnetic fields at Uranus and Neptune
- Sub-wavelength mid-infrared imaging of locally driven photocurrents using diamond campanile probes
- Condensate: an interactive simulator of two-dimensional quantum fluids
- Interaction-driven Weyl superfluids from topologically trivial bands in an optical Raman lattice
- Inhomogeneous Synthetic Fluxes in Optical Lattices
- An Intrinsically Gapless Topological Phase with Dipole Symmetry
- Many-Body Correlations in Phase-Space Microscopes
- Brillouin comb line amplifiers for optical atomic clocks
- Inducing cooperative dynamics in an inhomogeneous many-emitter ensemble with a pulse sequence
- Intrinsic Zak Phase of Solitons: A Geometric Correspondence with the Center-of-Mass Position
- Cluster Condensation and Symmetry-Protected Thermal Rigidity of Bose gases on the Haldane Sphere
- Dual-Space Analysis of Vortex Configurations and Rotational Energy in a 2D Optical Lattice
- Atomic structure calculations for constraining new electron-electron forces
- Multipolar exchange in a many-body homonuclear mixture of atoms in different internal states
- Topologically protected bound states in the continuum in the Su-Schrieffer-Heeger chain
- Magnon superlattices around skyrmions in frustrated magnets
- A molecular density functional theory of aqueous electrolytic solution
- Persistence-driven void formation in dense active-passive mixtures
- Quantum theory of electrically levitated nanoparticle-ion systems: Motional dynamics and sympathetic cooling
- Steady-state spin order and superradiance beyond the single-mode Dicke limit
- Coherence transfer in quantum networks
- Spectroscopic evidence of competing diagonal spin interactions and spin disproportionation in the bilayer nickelate La 3 Ni 2 O 7
- Photoluminescence from Cr3+ excited orbital states in magnetically ordered CrCl3
- Twisted shock waves enable ballistic microparticle manipulation