Session Index

Session A
  A1. DAMOP Prize Session
Session B
  B1. Recent Developments in Optical Lattice Physics
  B2. Graduate Student Thesis Session
  B3. Current Topics in Gaseous Electronics (Co-Sponsored by GEC)
  B4. Photoassociation and Cold Collisions
  B5. Quantum and Nonlinear Optics
  B6. Photon Interactions with Atoms, Ions, and Molecules
Session C
  C1. 50th Anniversary of Physical Review Letters
  C2. Focus Session: Vortices and Solitons
  C3. Ion and Electron Collisions
  C4. Ultracold Molecules
  C5. Fundamental Symmetries (Co-Sponsored by GPMFC)
  C6. Quantum Computation
Session D
  D1. Meet the APS Journal Editors and Celebrate 50 Years of PRL
Session E
  E1. Poster Session I: 4:00 pm - 6:00 pm
Session F
  F1. Women Scientists in DAMOP Reception
Session G
  G1. Topical Group on Precision Measurements and Fundamental Constants Business Meeting
Session H
  H1. Public Lecture: The World's Energy Problem and What We Can Do About It
Session I
  I1. New Physics with Ultracold Atoms
  I2. Physics with Low-Energy Antimatter
  I3. Focus Session: Searches for Relativity Violations (Co-Sponsored by GPMFC)
  I4. Ultracold Scattering and Interactions
  I5. Collisions Involving Atoms, Molecules, or Ions
  I6. Photoionization and Photodetachment Processes
Session J
  J1. New Physics with Strongly Interacting Fermions
  J2. Atomic Clocks and Searches for Variations in Fundamental Constants (Co-Sponsored by GPMFC)
  J3. Focus Session: Rydberg Atoms and Molecules
  J4. Dynamic and Out-of-Equilibrium Phenomena in Cold Atoms
  J5. Matter Wave Interferometry
  J6. Short Pulse (e.g., Attosecond, Femtosecond Processes) I
Session K
  K1. Recent Developments in Ultracold Spinor Systems
  K2. Focus Session: Ultracold Dipolar Gases
  K3. Undergraduate Research Session
  K4. Experiments with Cold and Ultracold Atoms
  K5. Entanglement and Decoherence
  K6. Short Pulse (e.g., Attosecond, Femtosecond Processes) II
Session L
  L1. PRA/PRL Tutorial Session for Authors and Referees
  L2. Poster Session II: 4:00 pm - 6:00 pm
Session M
  M1. TAMOC Business Meeting
Session N
  N1. Reception and Banquet
Session O
  O1. Quantum Control of Polar Molecules
  O2. Optical Quantum Memory (Co-Sponsored by GQI)
  O3. Focus Session: Degenerate Gases in Reduced Dimension
  O4. Degenerate Fermi Gases
  O5. The Ultra Intense Laser Frontier (Strong Field, Intense Laser Processes)
  O6. Electron-Molecule Collisions
Session P
  P1. Neutral Atom Entanglement (Co-Sponsored by GQI)
  P2. Controlling Electron and Nuclear Spins
  P3. Focus Session: Atomic Polarization and Dispersion
  P4. Bose-Einstein Condensates
  P5. Coherent Control/Slow and Stopped Light
  P6. Ultracold Rydberg Atoms and Plasmas
Session Q
  Q1. High Field, Short Pulse Physics
  Q2. Molecular Basis of Astrobiology
  Q3. Focus Session: Quantum Control in AMO
  Q4. Atoms in Optical Lattices
  Q5. Clocks, Precision Measurements, and Atomic/Molecular Structure
  Q6. Quantum Applications and Enabling Technology
Session R
  R1. Poster Session III: 4:00 pm - 6:00 pm
Session S
  S1. Town Hall Meeting on DAMOP Meeting Format and Organization
Session T
  T1. DAMOP Business Meeting
Session U
  U1. Creating and Manipulating Ultracold Heteronuclear Molecules
  U2. Focus Session: Strongly Correlated Photons
  U3. Focus Session: Ultrafast Ionization
  U4. Cooling and Trapping
  U5. New Experimental Techniques
  U6. Electron-Atom and Positron-Atom Collisions
Session V
  V1. Hot Topics

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