All Stories

  1. Structure of Multielectron Atoms
  2. Optical-lattice-based method for precise measurements of atomic parity violation
  3. Simplified approach for quantitative calculations of optical pumping
  4. Bimodal momentum distribution of laser-cooled atoms in optical lattices
  5. Fluctuation properties of laser light after interaction with an atomic system: Comparison between two-level and multilevel atomic transitions
  6. Cold atoms
  7. Polarization entangled photon-pair source based on quantum nonlinear photonics and interferometry
  8. Geometric phase and second order coherence
  9. Doppler Cooling to the Quantum Limit
  10. Directed transport with real-time steering and drifts along predesigned paths using a Brownian motor
  11. Fluctuation-induced drift in a gravitationally tilted optical lattice
  12. Theoretical investigations of quantum walks by cold atoms in a double optical lattice
  13. Low- and high-intensity velocity selective coherent population trapping in a two-level system
  14. A three‐dimensional Brownian motor, realised with symmetric optical lattices
  15. Assessment of a time-of-flight detection technique for measuring small velocities of cold atoms
  16. One-dimensional phase transitions in a two-dimensional optical lattice
  17. A set-up for flexible geometry optical lattices
  18. Controllable 3D atomic Brownian motor in optical lattices
  19. Influence of the lattice topography on a three-dimensional, controllable Brownian motor
  20. Transition from a Two-Dimensional Superfluid to a One-Dimensional Mott Insulator
  21. Characterisation of a three-dimensional Brownian motor in optical lattices
  22. Protocol for quantum-logical operations in an optical lattice using nonresonant absorption of photon pairs
  23. 3D Brownian motor in an optical lattice
  24. A nonadiabatic semi-classical method for dynamics of atoms in optical lattices
  25. Generation of multiple power-balanced laser beams for quantum-state manipulation experiments with phase-stable double optical lattices
  26. Time dependence of laser cooling in optical lattices
  27. Non-Gaussian velocity distributions in optical lattices
  28. Laser Cooling of Matter
  29. Anisotropic velocity distributions in 3D dissipative optical lattices
  30. Investigation and characterization of a 3D double optical lattice
  31. Experiments with a 3D Double Optical Lattice
  32. Demonstration and characterization of a 3D optical lattice
  33. Temperatures in 3D optical lattices influenced by neighbouring transitions
  34. Experimental investigation of the limit of Sisyphus cooling
  35. Absolute wave-number measurement of CsD2resonance line
  36. Temperature and localization of atoms in three-dimensional optical lattices
  37. Cooling and Localization Dynamics in Optical Lattices
  38. Hyperfine structure measurements in Kr II
  39. Hyperfine-structure measurements in Xe ii
  40. Adiabatic Cooling of Cesium to 700 nK in an Optical Lattice
  41. Measurements of absolute transition probabilities in Ba II through optical nutation: erratum
  42. Transition probabilities in Sm II via optical nutation
  43. Transition probabilities in Sm II via optical nutation
  44. Observation of frequency beats in optical nutation due to magnetic substate degeneracy
  45. Measurements of absolute transition probabilities in Ba ii through optical nutation
  46. Stabilization of the detuning in collinear laser spectroscopy on ion beams
  47. Hyperfine structure of the lower configurations in Y II by fast ion beam-laser spectroscopy
  48. Experimental and theoretical study of the hyperfine structure in the lower configurations in i 45
  49. Hyperfine structure measurements of 151,153Eu II with fast ion beam-laser spectroscopy
  50. Quenching by noble gases of selected rovibronic levels of the A1Π state of the CO molecule
  51. Hyperfine structure of Mn II by fast ion beam-laser spectroscopy
  52. Optical nutation in a collinear fast-ion-beam – laser experiment
  53. Observation of optical nutation in a collinear fast-ion-beam-laser experiment
  54. 3-D optical lattices for cesium atoms
  55. Using Talbot lattices for quantum state manipulation
  56. Optical lattices for atomic fountain frequency standards
  57. Anisotropic velocity distributions in 3D optical lattices