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Atomic and Molecular
Structure and Properties
- 1. RF, microwave and IR
spectroscopy
- 2.
Visible spectroscopy
- 3. UV/Xray spectroscopy
- 4. Lifetimes, oscillator strengths
- 5. Behavior in static fields
- 6. Fundamental
symmetries and precision measurements
- 7. Atomic structure
- 8. Molecular structure
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Photon Interactions with Atoms and
Molecules
- 9. Photo ionization/photo detachment
- 10. UV /Xray photoionization
and interactions
- 11. Photo dissociation and photo association
- 12. Intense field effects:
multi photon processes
- 13. Fundamental theory
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Atomic and Molecular Collisions and Interactions
- 14.
Interaction potentials and forces
- 15. Reactive scattering, chemical kinetics
- 16. Atom-atom and
atom-molecule collisions
- 17. Surface interactions
- 18. Polarized atoms
- 19. Scattering theory
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Charged Particle Collisions
- 20.
Electron scattering
- 21. Electron impact excitation/ionization
- 22. Positron scattering
- 23. Negative ion properties
- 24. Ion
scattering
- 25.
Charge transfer
- 26. Interactions with surfaces and solids
- 27. Spin dependences
- 28. Electron collision theory
- 29. Heavy
particle collision theory
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Studies with Special Atoms and Molecules
- 30.
Highly excited species, Rydberg atoms
- 31. Highly charged species
- 32. Exotic atoms and molecules
- 33. Clusters
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Quantum Optics/Ultrafast
Phenomena
- 34. Wavepacket dynamics and quantum control
- 35. Atom interferometry
- 36. Nonlinear
optics
- 37.
Quantum Information
- 38. Cavity QED
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Cooling and Trapping
- 39. Laser cooling and trapping
- 40.
Bose-Einstein condensation
- 41. Ultra cold collisions
- 42. Applications to fundamental measurements
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Other DAMOP Topics
- 43. Experimental techniques
- 44. Theoretical methods
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