DAMOP Abstract Submission

Please use these sorting categories when submitting contributed papers.

1.0 Atomic and Molecular Structure and Properties
1.1 Spectroscopy, lifetimes, oscillator strengths
1.2 Atomic and molecular structure, including in static fields

2.0 Photon Interactions with Atoms, Ions, and Molecules
2.1 Atomic photoionization and photodetachment processes
2.2 Molecular photoionization, photodetachment, and photodissociation processes
2.3 Physics with Ultra-Intense Lasers
2.4 High Harmonic and Attosecond Pulse Generation
2.5 Atomic and Molecular Dynamics in Intense Laser Fields
2.6 Perturbative and Resonant Multiphoton Processes
FOCUS SESSIONS:
2.7 High harmonic generation
2.8 Strong-field plasmonics

3.0 Atomic, Molecular, and Charged Particle Collisions
3.1 Atom-atom and atom-molecule collisions
3.2 Reactive scattering and recombination processes
3.3 Electron-Atom Collisions
3.4 Electron-Molecule Collisions
3.5 Collisions involving antimatter
3.6 Ion-atom and ion-ion collisions
3.7 Collisions involving clusters
3.8 Collisions involving surfaces
FOCUS SESSIONS:
3.9 Few- and many-body dynamics in collision processes
3.10 Applications of atomic collisions and spectroscopy

4.0 Quantum Optics, Matter Optics, and Coherent Control
4.1 Atom optics
4.2 Matter wave interferometry
4.3 Quantum and/or nonlinear optics
4.4 Slowing and stopping light

5.0 Quantum Information
5.1 Entanglement, decoherence, and error correction
5.2 Quantum cryptography and communication
5.3 Quantum computation
5.4 Quantum measurement
FOCUS SESSION:
5.5 Quantum information processing with ions

6.0 Cold Atoms, Molecules, and Plasmas
6.1 Bose-Einstein condensates
6.2 Degenerate Fermi gases
6.3 Atoms in optical lattices
6.4 Dynamic and out-of-equilibrium phenomena in cold atoms
6.5 Ultracold collisions and photoassociation processes
6.6 Laser cooling and trapping
6.7 Low temperature plasmas
FOCUS SESSIONS:
6.8 Ultracold plasmas and strongly interacting Rydberg systems
6.9 Ferromagnetism and upper branch physics in ultracold gases
6.10 Ultracold atoms in the presence of artificial magnetic and spin-orbit fields

7.0 Fundamental Symmetries and Precision Measurements
7.1 Electric dipole measurements and symmetry tests
7.2 Fundamental constants and their variation in time
7.3 Clocks
7.4 Lorentz violation
FOCUS SESSIONS:
7.5 Searches for permanent electric dipole moments
7.6 Precision Atomic Clocks

8.0 Special Topics
8.1 Exotic atoms and molecules
8.2 Nonlinear dynamics
8.3 New experimental techniques
8.4 New theoretical methods
8.5 Applications of AMO science