Session Index
Session 1-HE1HE. Stellar Explosions, Turbulence and Instabilities
2HE. Accretion and Photoionized Plasmas
3HE. AGN/BH Jet Dynamics
4HE. Launching Dynamics for Stellar Jets
5HE. HEDP/HEDLA Reception and Banquet
Session A
A1. Plenary Session I
Session B
B2. Tevatron Physics
B3. Few Body Nuclear Physics I
B4. How to Communicate Physics to the General Public Using Books and Articles
B5. Dark Matter
B6. Triumphs of 20th Century Astrophysics I: Observatories and Telescopes
B7. The Quantum Nature of Gravitational Singularities
B8. Neutrino Astronomy
B10. Gravitational Waves from Compact Binary Inspirals and Mergers
B11. B Physics I
B12. Detectors II
B13. Minisymposium on Nuclear Physics Deep Underground I
B14. Nucleon Spin Structure at High Energy
Session B-HE
6HE. Shocks in Stellar Jets
Session D
D2. Collider and Heavy Flavor Physics
D3. Quantum Chromodynamics
D4. Few Body Nuclear Physics II
D5. Triumphs of 20th Century Astrophysics II: We Master the Stars
D6. Panel Discussion: International Gender Issues in Physics
D7. Physics Demonstrations and Strategies for Teaching and Public Outreach
D8. Nuclear Astrophysics I
D10. Techniques of Numerical Relativity
D11. Accelerator Neutrinos
D12. Dark Matter I
D13. Minisymposium on Nuclear Physics Deep Underground II
D14. Instrumentation for Low and Medium Energy Nuclear Physics
D15. Electroweak Interactions
Session D-7HE
7HE. Shocks in the Universe and Laboratory
Session E
E1. FIP Business Meeting
E2. Prize Winners
E3. Accelerator Technology and the Physics it Enables
E4. Panel Discussion: Non-traditional Careers for Physicists
E5. Computational Nuclear Physics
E6. Ultra-High-Density Plasmas
E7. Astrophysicists' Perspectives on Current Problems in Plasma Astrophysics I
E8. Gamma Ray Bursts, Gravitational Wave Bursts, Supernovae
E10. Self Force and Gravitational Wave Tails
E11. Electroweak II
E12. B Physics II
E13. Minisymposium on Nuclear Physics Deep Underground III
E14. Theory Involving Finite Nuclei
E15. Manhattan Project and Beyond
Session E-8HE
8HE. HEDP/HEDLA Poster Session (4:05-6:30pm)
Session F
F1. Welcome Reception and Poster Session I (5:30-6:45 p.m.)
Session G
G1. APS Energy Efficiency Study
Session H
H2. B Physics III
H3. The Long Distance Structure of the Nucleon
H4. Undergraduate Education in Nuclear Physics
H5. Astrophysicists' Perspectives on Current Problems in Plasma Astrophysics II
H6. Impact of Major Accelerator Projects on the Development of Emergent Countries
H7. Laboratory and Space Tests of Gravitation
H8. Galactic and Planetary Astrophysics
H10. Numerical Simulations of Neutron Stars
H11. Muon Colliders and Nu Beams
H12. New Ideas
H13. Minisymposium on Correlations and Jets in Heavy-Ion Collisions
H14. Nuclear Structure: Light and Medium Mass Nuclei
H15. Nuclear Astrophysics II
Session H-9HE
9HE. HEDP/HEDLA Poster Session (8:30-11:00am) (Continuation of Poster Session 8HE)
Session J
J2. Joint Session on Neutrinos
J3. Los Alamos and the Manhattan Project: 65th Anniversary (Followed by Panel Discussion)
J4. Topics in Mathematical and Computational Physics
J5. The U.S. Particle Accelerator School
J6. Jets and Gamma Ray Bursts
J7. Recent Highlights in Hadronic Physics
J8. Cosmic Microwave Background and Analysis Techniques
J10. Numerical Simulations of Black Hole Binaries
J11. QCD and Colliders I
J12. Top I
J13. Minisymposium on Hard Probes of the Quark-Gluon Plasma
J14. Minisymposium on From Thermonuclear to Pyconuclear Burning
J15. Nuclear Reactions and Astrophysics
J16. Physics Education I
Session J-10HE
10HE. Radiation and Supernovae
Session K
K1. Poster Session II (2:00-5:00pm)
Session K-HE
11HE. Physics of Planetary Interiors
Session L
L2. Neutrinos and Astrophysics
L3. The Physics of X-Ray Bursts
L4. Why We Should Double the Number of Undergraduate Degrees in Physics
L5. Ultra-High Energy Cosmic Rays and Neutrinos
L6. Nuclear Forensics
L7. Ground-based Gravitational Wave Searches
L8. Neutron Stars, Pulsars, and Black Holes
L10. Mathematical and Post-Newtonian Relativity
L11. Charm Physics
L12. Higgs I
L13. Minisymposium on Flow, Eccentricity and the Equation of State in RHIC
L14. Few-Body Systems
L15. New Ideas in Cosmology
Session M
M2. Dark Matter and Dark Energy
M3. New Results on the Polarized Glue in the Nucleon
M4. Computational Physics Education
M5. Recent Results in Gamma-Ray Astrophysics
M6. Equipping Scientists to Run for Political Office
M7. The Broad Spectrum of Gravitation
M8. Future Gamma Ray and X-Ray Astronomy Projects
M10. Gravitational Waves from Neutron Stars and Stochastic Backgrounds
M11. Higgs II
M12. Top III
M13. Neutrinos I
M14. Nuclear Structure: Medium Mass Nuclei
M15. Space and Astrophysical Plasma
Session M-HE
12HE. Laboratory Studies of Dense Matter I
Session N
N1. APS Awards Presentations, Past-President's Address and Lilienfeld Prize Talk
Session Q
Q1. Plenary Session II
Session R
R2. American Particle Physics in the Coming Era I
R3. Neutron Rich Nuclei in the Laboratory and in the Cosmos
R4. Building a Successful Career: Perseverance, Funding & Climate
R5. Advanced Acceleration Techniques
R6. 80 Years of Quantum Mechanics: A New International Project
R8. Cosmology / Early Universe
R9. Lattice QCD in Elementary Particle Physics
R10. Topics in Numerical Relativity
R11. Detectors I
R12. Electroweak I
R13. Neutrinos II
R14. Nuclear Reactions
R15. Electromagnetic Interactions I
R16. Frontiers in Physics Education Research
R18. DPB Business Meeting and Reception
Session R-HE
13HE. Laboratory Studies of Dense Matter II
14HE. HEDP Theory and Experiments
Session S
S2. American Particle Physics in the Coming Era II
S3. DNP Dissertation Awards
S4. Numerical Relativistic Astrophysics
S5. 50th Anniversary of Physical Review Letters
S6. FPS/FHP Awards Session
S8. Stellar Physics and Super Novae
S9. Inertial Confinement and High Energy Density Plasma
S10. Gravitational Waves Sources for LISA
S11. Searches I
S12. Accelerator Physics
S13. QCD and Colliders II
S16. The Place of the Advanced Laboratory in Undergraduate Education
S18. Undergraduate Session I
S19. Undergraduate Session II
S20. Undergraduate Session III
S1. Poster Session III (2:00-5:00pm)
Session S-HE
15HE. Intense Laser-Matter Interactions
Session T
T2. DPB/DPF Prize Session
T3. Bethe, Bonner Prize Session
T4. Electric Dipole Moment Experiments
T5. Dark Energy
T6. Astrophysics of Black Hole Mergers
T7. Excellence in Physics Education Award Session
T8. Cosmic Rays
T9. History of Physics
T10. Experimental Test of Gravitation and Gravitational Wave Detectors
T11. Miscellaneous Searches II
T12. Accelerator Neutrino Expts. I
T13. Precision Low Energy
T14. SUSY
Session U
U8. DAP Business Meeting
U9. GHP Business Meeting
U10. GGR Business Meeting
U11. DPF Town Hall Meeting: A New Era for Particle Physics
U12. GFC Business Meeting
U13. FEd Business Meeting and Reception
U14. DNP Business Meeting
U15. GFB Business Meeting
U16. FHP Business Meeting
Session V
V1. Plenary Session III
Session W
W2. The LHC/ILC Era
W3. Recent Developments in the Structure of Exotic Nuclei
W5. Computational Challenges in Astrophysics, Cosmology and Gravitation
W7. Astrophysics
W10. Alternative Gravity I
W11. Particle and String Theory
W12. D and B Physics
W13. Neutrinos III
W14. Applications of Nuclear Physics and Nuclear Techniques
W15. Hadronic Physics
W16. Physics Education II
Session W-HE
16HE. Quark-Gluon Plasmas
Session X
X2. Future Accelerator Facilities
X3. Topics In Nuclear Physics
X4. Programs to Prepare Teaching Assistants to Teach
X5. Short Gamma-Ray Bursts
X6. Space Debris
X7. Numerical Relativity Meets the Post Newtonian Approximation
X8. Gamma Ray Astronomy
X10. Alternative Gravity II
X11. Top II
X12. Searches III
X13. Electromagnetic Interactions II
X14. Nuclear Structure: Heavy Nuclei
X15. Nuclear Theory
Session X-HE
17HE. Relativistic Plasmas and Gamma-Ray Bursts
18HE. HEDLA Business Meeting
Sessions by a Sponsor