… advancements cold Rydberg atom research. First, we briefly summarize the exaggerated
properties of Rydberg atoms, and we discuss the new perspectives of Rydberg atom research …

… The variety of processes that have been identified in dense, cold clouds of Rydberg atoms
include state-changing collisions of Rydberg atoms with other Rydberg atoms and with free …

… of cold Rydberg atoms. We focus especially on the review of the dipole–dipole interactions
and on the effect of the dipole blockade in the laser Rydberg … Rydberg atoms. The laser …

The implementation of electromagnetically induced transparency (EIT) in a cold Rydberg
gas provides an attractive route towards strong photon–photon interactions and fully …

… The Rydberg atomic cloud is examined using a time-delayed, position-sensitive probe. We
… of these Rydberg atoms for times up to 200 ms. Oscillations of the Rydberg-atom cloud in the …

… atoms in states with very low n, indicating large collisions rates between cold Rydberg atoms
and other cold Rydberg atoms … all of the Rydberg atoms in our system are initially cold (with …

… To test the notion that the initial ionization is from blackbody photoionization and hot Rydberg
atom-cold Rydberg atom collisions we have measured the ionization rate at early times. …

… Inhomogeneous field configurations influence the electronic structure of Rydberg atoms, …
ultracold Rydberg atoms. We review recent work on large, extended cold Rydberg gases in …

… cold Rydberg atoms [11,12], where the Rydberg atoms … cold Rydberg atoms to influence
radiative transitions, as presented in this work, is an unexplored area. We excite Rydberg states …

… In this paper, we report the spontaneous evolution of cold Rydberg atoms into long-lived
states. These states reveal themselves via a long-lasting electron emission signal, the time …