… of weakly bound ‘‘field-linked’’ states of ultracold polar molecules that exist only in the presence
… tools for approaching the difficult problem of deciphering ultracold molecular collisions. …

… In general, resonances in ultracold polar molecular scattering will come in three varieties.
The ‘‘true’’ field-linked states, those ones that we describe here, are largely independent of …

… between ultracold polar molecules, which paves the way for realizing dipolar superfluids
15 and molecular supersolids 16 , as well as assembling ultracold polyatomic molecules. …

… With many new research groups and species of atom and molecule [37–40] joining the effort,
dipolar quantum gas research is poised to expand greatly in both breadth and capability. At …

… of ultracold alkali molecules, especially polar molecules … interactions in the case of polar
molecules. All the advantage of … -range regions, connecting the ultracold with the conventional. …

… Our result demonstrates a universal tool for assembling weakly bound ultracold
polyatomic molecules from smaller polar molecules, which is a crucial step towards Bose–Einstein …

… a polar molecular gas near quantum degeneracy. Experimental approaches towards the
realization of a quantum degenerate gas of ultracold polar molecules … Laser 1, connecting the …

… To isolate the key physical aspects of relevance, we consider ultracold, spinless polar
molecules prepared in their absolute electronic-vibrational ground state X1Σ(ν = 0). Harmonic …

… ultracold matter using optical and electromagnetic fields is currently driving strong links with
… (b) Examples of adiabatic potential curves for two polar molecules with parameters chosen …

… can be increased in scale by linking neighboring molecules via the long-range dipole–…
diatomic molecules with the aim of using them as qudits. We consider ultracold molecules trapped …