Session 1A
  1A. Educators' Day
Session 2A
  2A. Student Tutorials I
Session 3A
  3A. Student Tutorials II: Tour of Oak Ridge National Laboratory Spallation Neutron Source and Center for Nanophase Materials
Session 3B
  3B. Tour of Oak Ridge National Laboratory Spallation Neutron Source and Center for Nanophase Materials Sciences
Session 4A
  4A. DAMOP Executive Committee Meeting
Session 5A
  5A. Welcome Reception
Session 6A
  6A. TAMOC Meeting
Session 7A
  7A. Women Scientists in DAMOP Reception
Session 8A
  8A. PRA/PRL Reception - Meet the Editors
Session 9A
  9A. Nobel Reception
Session A
  A1. DAMOP Prize Session
Session B
  B1. Physical Review A Staff Breakfast
Session C
  C1. Optical Clocks
  C2. Astrophysics
  C3. Ultracold Atoms I
  C4. Short Pulse Processes I
  C5. Quantum Computation
  C6. Atom Optics and Atom Interferometry
Session D
  D1. Fellowship Committee Lunch
  D2. Precision Measurements and Fundamentals Constants Lunch and Executive Committee Meeting
Session E
  E1. Scalable Solutions for Quantum Computing with Atoms and Ions
  E2. Atomic Physics for ITER and Other Next Step Fusion Experiments
  E3. Ultracold Atoms II
  E4. Short Pulse Processes II
  E5. Ultracold Plasmas and Molecules
  E6. Photon Interactions With Atoms, Ions and Molecules - Experiment
Session G
  G2. PRA-PRL Session for Authors and Referees
  G1. Poster Session I
Session H
  H1. Precision Measurements and Fundamental Constants Topical Group Reception and Business Meeting
  H2. PRA/PRL Editorial Board Dinner & Cocktails
Session J
  J1. Public Lecture
Session K
  K1. 1-d Gases
  K2. Multi-Particle Fragmentation of Atoms and Negative Ions
  K3. Laser Cooling and Trapping
  K4. Fundamental Symmetries and Precision Measurements
  K5. Quantum Optics and Matter Optics
  K6. Ion-Atom and Ion-Molecule Collisions
Session L
  L1. Interaction and Strong Lasers with Molecules and Clusters
  L2. Undergraduate Research
  L3. BEC Vortices and Spinor Condensates
  L4. Entanglement
  L5. Photoassociation Spectroscopy
  L6. Atomic and Molecular Structure and Properties I
Session M
  M1. Program Committee Lunch
Session N
  N1. Thesis Prize Session
  N2. Particle-Induced Ionization and Break-up Processes of Atoms and Molecules
  N3. Atoms in Optical Lattices
  N4. Quantum and Non-Linear Optics
  N5. Wavepackets and Control of Molecules and Large Systems
  N6. Spectroscopy, Lifetimes, Oscillator Strengths
Session O
  O1. Poster Session II
Session R
  R1. Nobel Symposium
Session S
  S1. Coherent Spinor Dynamics in Ultracold Gases
  S2. Rydberg Physics and Ultracold Plasmas
  S3. Strong Field (Intense Laser) Processes I
  S4. Electron and Positron Scattering-Theory
  S5. Nonlinear Optics and Special Topics
  S6. New Theoretical Methods and Nonlinear Dynamics
Session T
  T1. Emerging Applications of AMO Physics
  T2. Positron Interactions with Atoms and Molecules
  T3. Strong Field (Intense Laser) Processes II
  T4. Atomic and Molecular Structure, Including in Static Fields
  T5. Rydberg Atoms and Wave Packets
  T6. New Experimental Techniques
Session U
  U1. Thesis Prize Committee Luncheon
Session V
  V1. Ultracold Molecules
  V2. Attosecond Physics
  V3. Photoassociation, Efimov, and Feshbach Physics
  V4. Photon Interactions with Atoms, Ions, and Molecules-Theory
  V5. Theory of Cold Atom Systems
  V6. Surface Collisions, Molecule-Molucule Collisions and Recombination followed by Electron and Positron Scattering - Experiment
Session W
  W1. Poster Session III
Session X
  X1. DAMOP Business Meeting
Session Y
  Y1. Reception and Banquet
Session Z
  Z1. Hot Topics
  Z2. Gaseous Electronics Conference Session
  Z3. Fermionic Superfluidity in Ultracold Gases
  Z4. Rydberg Atoms and Coherent Control
  Z5. Quantum Information and Cavity QED

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