Session Index
Session AA1. The Energy Frontier at the LHC
A2. Flavor Decomposition of the Parton Distribution Functions
A3. Pulsars in the Fermi Era
A4. Quantum Black Holes: Theory and Applications
A5. Art and Physics
A6. New Directions in Plasma Science and Fusion
A7. Mini-Symposium on Electromagnetic Reactions Involving Light Nuclei I
A8. Neutrino Physics I
A9. Charm Physics
A10. Dark Matter I
A11. Lorentz Symmetry in Gravitation; followed by LISA Developments
A12. Jets
A13. Cosmological Tests of General Relativity and Supersymmetry
A14. Gravitational Collapse and Numerical Relativity
Session B
B1. Beyond the Standard Model: Searches for New Physics
B2. String Theory and Nuclear Collisions
B3. International Planning for Astroparticle Physics
B4. Panel Discussion: Physics in Africa
B5. Secrecy and Physics
B6. Taxonomies as Tools for Enhancing Physics Learning
B7. Nuclear Structure and Reactions
B8. Neutrino Physics II
B9. Instrumentation for Particle Physics I
B10. Sub-Nucleonic Degrees of Freedom
B11. SPS Undergraduate Research I
B12. Heavy Flavor CP
B13. Observational Implications of Gravitational Waves
B14. Dynamics of Black Holes
Session C
C1. Poster Session I: (1:00 - 4:00 PM)
Session D
D1. Inflation
D2. Bethe and Bonner Prizes
D3. Mentoring Perspectives of Mentor and Mentee
D4. Probing Strong-Field Gravity with Observations of the Galactic Center Black Hole
D5. Nonproliferation
D6. Particle Beams and Accelerators in Energy Research and Applications
D7. Soft and Hard Interactions at RHIC
D8. Mini-Symposium on Physics with an Electron-Nucleus Collider
D9. Physics Research at the LHC
D10. Precision Measurements on Atomic and Subatomic Systems
D11. SPS Undergraduate Research II
D12. Rare B Decays, B-Baryon
D13. Ground-based and Space-based Instruments and Techniques
D14. Modeling Black Hole Binaries
Session E
E1. The Kavli Foundation Joint Plenary Session: Re-Energizing America's Focus in STEM Education
Session F
F1. Town Hall: What Can Physicists Do to Help Solve the Energy-Climate Problem?
Session G
G1. Testing the Standard Model
G2. Nuclear Modifications of Structure Functions
G3. Extragalactic Gamma-Ray Sources
G4. Numerical Relativity and Astrophysics
G5. Recent Developments in Nuclear Physics
G6. Panel Discussion: Benefits of Undergraduate Research Experiences
G7. Instrumentation for Relativistic Heavy Ion Physics
G8. Electroweak Interactions I
G9. Dark Matter II
G10. Energy Research & Applications: from Processes to Promulgation
G11. SPS Undergraduate Research III
G12. Neutrino Physics A
G13. Astrophysical Searches for Dark Matter and New Physics
G14. Interpretation of Gravitational Wave Forms from Compact Binaries
Session H
H1. Panofsky, Bouchet and Wilson Prizes
H2. New Directions in Hadron Dynamics
H3. Magnetoplasmas in Astrophysical Jets, Lobes, and in the Laboratory
H4. Plans for Future High Energy Accelerators and Outlook on Advanced Concepts
H5. Physicists Inside the Beltway
H6. Universality in Few-Fermion Systems
H7. Nuclear Astrophysics
H8. Electroweak Interactions II
H9. Electroweak Physics at the Energy Frontier
H10. History of Physics Contributed Papers
H11. Physics Education Research
H12. Neutrino Physics B
H13. High Energy Neutrino Detection and Properties
H14. Black Holes
Session J
J1. Remembering Enrico Fermi
J2. The State of Theory
J5. Exploring Symmetries in Nuclear Structure
J6. Panel Discussion: Policy for Physics and Science in Developing Countries
Session K
K1. Towards the Proton Intensity Frontier
K2. Jet Reconstruction in a High-Multiplicity Environment
K3. Nucleosynthesis in Stellar Explosions
K4. Earth, Sky and Moon: Gravity Tests Across 13 Orders of Magnitude
K5. Pais Prize and Tate Medal
K6. Energy Research and Applications: Sustainability and the Environment
K7. Mini-Symposium on Electromagnetic Reactions Involving Light Nuclei II
K8. Hadronic Physics I
K9. Top Quark Physics I
K10. Computational Physics
K11. SPS Undergraduate Research IV
K12. Higgs Searches I
K13. High Energy Gamma Rays from GRB and Gravitational Wave Detection
K14. Approximations in General Relativity
Session L
L1. APS Past President's Address and Prizes and Awards Ceremonial Session
Session M
M1. Welcome Reception and Poster Session II: (7:00-9:00 PM)
Session N
N1. Plenary Session II
Session P
P1. Sakurai Prize
P2. Neutrinos - Mixing Angles
P3. QCD Structure of the Nucleon
P4. Cross-fertilization Between Astrophysics and Laboratory Magnetized Plasma Physics
P5. Energy Education
P6. Developing Exemplary Undergraduate Physics Programs: The SPIN-UP Regional Workshops
P7. Mini-Symposium: Electromagnetic Radiation from Quark-Gluon Plasma
P8. Hadronic Physics II
P9. Higgs Searches II
P10. Dark Matter III
P11. Electromagnetic Interactions
P12. Instrumentation for Particle Physics II
P13. UHECR Detection and Results
P14. Numerical Simulations of Black Holes and Neutron Stars
P15. DPB Business Meeting
Session Q
Q1. Dark Matter in the Universe
Q2. Fundamental Symmetries (in Few-Body Systems)
Q3. Keys to Success in Global Collaborative Physics Projects
Q4. Ground-based Interferometers on the Road to Gravitational Wave Astrophysics
Q5. Origins of Research and Teaching at Selected Physics Departments
Q6. Perspectives of Women Physicists As Seen From Academia, National Laboratories, and Industry
Q7. Mini-Symposium: Exotic Phenomena in High Energy Nuclear Collisions
Q8. The Nucleus as a Theorists' Laboratory
Q9. Higgs Searches III
Q10. Plasma Physics
Q11. Gravitational Waves from Neutron Stars
Q12. Neutrino Physics C
Q13. Very High Energy Gamma Ray Detection and Cosmic Ray Propagation
Q14. Quantum Aspects of Gravitation
Q15. Editorial Question and Answer Session
Session R
R1. Poster Session III: (2:00 - 5:00 PM)
Session S
S1. Dark Matter in the Laboratory
S2. Fusion, Fission and Super Heavy Element Production
S3. Probing Galactic Astrophysics with Supernova Remnants
S4. Gravity in Extreme Conditions
S5. Sakharov Prize
S6. 2010 Excellence In Physics Education Award Presentations
S7. Mini-Symposium on Electromagnetic Reactions Involving Light Nuclei III
S8. Hadronic Physics III
S9. Single Top and Theory
S10. Equivalence Principle and Precision Gravity Tests
S11. Mini-Symposium: Recent Results from RHIC I: Heavy Flavor
S12. QCD Probes
S13. UHECR Detection Techniques and Prospects
S14. Advances in Ground-based Gravitational Wave Detection
S15. Physics Outreach
Session T
T6. FEd Business Meeting
T7. DNP Business Meeting
T8. FPS Business Meeting
T11. FHP Business Meeting
T12. DPF Business Meeting
T13. DAP Business Meeting
T14. GGR Busines Meeting
Session V
V1. Plenary Session III
Session W
W1. Poster Session IV: Post-Deadline Abstracts (10:30AM-1:30PM)
Session X
X1. The State of Heavy Flavor
X2. Strategies for Improving Climate and Diversity in Physics Departments
X3. The Nature of the Highest Energy Cosmic Rays
X4. The Laser: Historical Perspectives and Impact on Precision Measurements
X5. Burton Forum Award
X6. New and Upgraded Accelerators for Nuclear Physics
X7. Few-Body Theory
X8. Hadronic Physics IV
X9. Instrumentation for Particle Physics III
X10. RHIC Heavy Ion Physics
X11. Mini-Symposium: Recent Results from RHIC II
X12. Searches for New Physics using Photonic Final States
X13. Plasma Astrophysics near Black Holes, Pulsars and Supernova Remnants
X14. Foundational Aspects of General Relativity
Session Y
Y1. Neutrino Astrophysics
Y2. An Introduction to the New Nuclear Physics
Y3. Cosmic Microwave Background Polarization
Y4. Panel Discussion: What Can We Learn from Physics Teachers in High Scoring Countries on the TIMSS and PISA International Assessments?
Y5. Thesis Awards: DPF, DPB, DNP
Y6. Instrumentation for Nuclear Physics
Y7. Mini-Symposium on Nuclear Masses in Astrophysics
Y8. Novel Approaches in Nuclear Theory
Y9. Top Quark Physics II
Y10. Nuclear Instrumentation
Y11. Particle Production in d-Au Collisions
Y12. Searches for New Physics
Y13. Applications of Nuclear Physics and Beams
Y14. Properties of Bulk Matter at RHIC
Session Z
Z11. Approaches to Mentorship, Collaboration and Education
Sessions by a Sponsor