Session A
  A1. Spectroscopy of Two-Dimensional Electronic Systems
  A2. New Developments in HTSC I
  A3. Frontiers in Computational Materials
  A4. Polymers at Surfaces: Adhesion, Tribology and Patterning
  A5. Supersolid 4He: A New State of Matter
  A6. Novel Channel Materials for CMOS Technology
  A7. Oscillations Without Transcription in Vivo and in Vitro
  A8. Colloidal Self-Assembly I
  A9. Focus Session: Fluid Dynamics of Animal Motion
  A10. Tunneling on Cuprate Superconductors
  A11. Focus Session: MgB2-like: Exotic Behavior in MgB2-like Materials
  A12. Strongly Correlated 1D Systems
  A13. Focus Session: Simulations of Matter at Extreme Conditions I: Hydrogen Helium, and Planetary Materials
  A14. Focus Session: Quantum Simulation of Condensed Matter Systems With Ultracold Atoms
  A15. Focus Session: Theory of Magnetization Dynamics
  A16. Dynamics of Nucleic Acids
  A17. Cold Fusion
  A18. Focus Session: Multiscale Modeling: Polymers, Nanocomposites, and Biomacromolecules
  A19. Magnetic and Superconducting Properties
  A20. Focus Session: Quantum Dots and Semiconductor Surface Nanostructures
  A21. Focus Session: Reversibly Associating Polymers: Theory and Experiments
  A22. Focus Session: Hybrid Organic-Inorganic Nanomaterials I: Patterning and Self Assembly
  A23. Focus Session: Manganites I
  A24. Focus Session: Transport in Nanostructures I: STM and Atomic Control
  A25. Block Copolymer Thin Films
  A26. Focus Session: Photophysics of Cold Molecules I
  A27. Focus Session: Pyrochlores
  A28. Focus Session: Optical Properties of Nanostructures I: Carbon Nanotubes
  A29. Focus Session: Carbon Nanotubes and Related Materials I: Graphene Transport
  A30. Electronic Properties of Graphene and Related Structures I
  A31. Focus Session: Oxide Interfaces I
  A32. Disordered Magnetic Materials
  A33. Focus Session: Spin Dependent Phenomena in Semiconductors: I
  A35. Focus Session: Negative Index Materials I
  A36. Focus Session: X-ray and Electron Optics and Microscopy
  A37. Semiconductors I: Growth and Processing
  A38. Focus Session: Biocompatibility
  A39. Focus Session: Elasticity and Geometry of Thin Objects
  A40. Phase Stability and Phase Transitions
Session B
  B1. Strongly Correlated Electrons in One Dimension
  B2. Magnetism in Semiconductors: New Frontiers
  B3. Silicon Photonics
  B4. Self-assembled Macromolecular Structures
  B5. Geometry and Elasticity
  B6. Quantum Simulation and Quantum Information Theory in Cold Atoms
  B7. Gene Regulation
  B8. Colloidal Self-Assembly II
  B9. Pattern Formation and Nonlinear Dynamics
  B10. Gaps, Pseudogaps and Fermi Surfaces in Cuprates
  B11. Magnetic Properties of Cuprate Superconductors
  B12. Organic Conductors and Strongly Correlated 2D Systems
  B13. Focus Session: Simulations of Matter at Extreme Conditions II: Beryllium, Carbon, and Metals
  B14. Casimir Forces, Collisions and Atomic Structure
  B15. Quantum Entanglement I
  B16. Nonlinear Dynamics of Neuronal and Cardiac Systems
  B17. Lipid Bilayers: Structure and Function
  B18. Focus Session: Mechanical Properties of Polymers: Fracture and Adhesion
  B19. Novel Surface Instrumentation and Techniques
  B20. Focus Session: Growth, Kinetics and Quantum Effects in Metal Thin Films
  B21. Focus Session: Clusters, Cluster Assemblies, Nanoscale Materials I
  B22. Focus Session: Organic Electronics: FETs I
  B23. Focus Session: Perovskite Cobaltites
  B24. Focus Session: Transport in Nanostructures II: Strong Correlations
  B25. Polymer Blends
  B26. Focus Session: Photophysics of Cold Molecules II
  B27. Focus Session: Molecular Magnets I
  B28. Focus Session: Optical Properties of Nanostructures II: Graphene, Graphite and Related Materials
  B29. Focus Session: Carbon Nanotubes and Related Materials II: Graphene Transport
  B30. Focus Session: Carbon Nanotubes and Related Materials III: Synthesis
  B31. Focus Session: Computational Nanoscience I: Electronic and Optical Properties of Nanoclusters
  B32. Focus Session: Nanocontacts and Inhomogeneous Magnetic States
  B33. Focus Session: Spin Dependent Phenomena in Semiconductors: II
  B35. Focus Session: Emerging Materials and Devices I
  B36. Focus Session: Advances in Scanned Probe Microscopy I: Low Temperatures
  B37. FQHE in Higher Landau Levels
  B38. Structure, Electronic Properties, Spectroscopy, and Ionic Transport in Insulators
  B39. Focus Session: Collective Dynamics of Self-Driven Particles
  B40. SPS Undergraduate Research and Outreach I
Session C
  C1. Poster Session I: 2:00 pm - 5:00 pm
Session D
  D1. Fundamental Developments in Density Functional Theory
  D2. New Developments in HTSC II
  D3. Materials Physics in the Fast Lane
  D4. Probing Spin and Charge States in Semiconductor Quantum Dots and “Molecules”
  D5. Circuit QED: Superconducting Qubits Coupled to Cavities
  D6. Long-Distance Charge Transfer in Biological Systems
  D7. Locomotion in Complex Fluids
  D8. Focus Session: Granular Flows: Vibrated
  D9. Focus Session: Turbulence
  D10. Focus Session: Hybrid Magnetic-Superconducting Systems I
  D11. Inhomogeneous Superconductors and Transport
  D12. Theory of Ferroelectric, Multiferroic, and Other Structural Transitions
  D13. Computational Methods: Strongly Correlated and Many Body Systems
  D14. Quantum Information Science in AMO
  D15. Focus Session: Foundations of Quantum Theory I
  D16. Biological Networks
  D17. Focus Session: Time-Resolved Structural Investigations on Protein Folding and Function
  D18. Polymers at Surfaces
  D19. Focus Session: Dopants and Defects in Semiconductors I
  D20. Focus Session: Growth and Properties of Novel Semiconductor and Related Nanostructures
  D21. Focus Session: Clusters, Cluster Assemblies, Nanoscale Materials II
  D22. Focus Session: Organic Electronics: Synthesis and Materials
  D23. Focus Session: Triangular Lattice and Spinels
  D24. Superlattices and Nanostructures: Electronic Properties I
  D25. Theory and Simulations I
  D26. Focus Session: Photophysics of Cold Molecules III
  D27. Focus Session: Magnetic Nanowires and Nanodots I
  D28. Focus Session: Transport in Nanostructures III: Single Molecules
  D29. Focus Session: Carbon Nanotubes and Related Materials IV: Graphene
  D30. Focus Session: Carbon Nanotubes and Related Materials V: Nanotube Transport
  D31. Focus Session: Computational Nanoscience II: Nanowires and Transport
  D32. Focus Session: Spin Transfer Torque I
  D33. Focus Session: Spin Dependent Phenomena in Semiconductors: III
  D35. Focus Session: Negative Index Materials II
  D36. Focus Session: Hydrogen Storage I: Chemical Hydride and Complex Metal Hydride Materials I
  D37. Optical Properties of Semiconductors (mostly nitrides)
  D38. Metals: Defects and Elastic Properties
  D39. Focus Session: Econophysics and Applications Outside of Physics
  D40. SPS Undergraduate Research and Outreach II
Session E
  E1. APS Prize and Award Session
Session F
  F1. Welcome Reception
Session G
  G1. 25 Years of Scanning Probe Microscopy
Session H
  H1. Single-Ion Magnetic Moments in Semiconductors
  H2. New Developments in HTSC III
  H3. Polymer Physics Prize
  H4. Selected Applications Using Materials Science
  H5. CeMIn5 (115 ) Heavy Electron Materials: A Rosetta Stone for the Kondo Lattice?
  H6. Understanding Hurricanes and Severe Storms: Patterns, Prediction and Mitigation
  H7. Complex Active Biomaterials: Mechanics and Microrheology
  H8. Focus Session: Glassy Dynamics in Colloids
  H9. Instabilities and Fluid Dynamics
  H10. Josephson Effects
  H11. Focus Session: MgB2-like: Computational Design of Novel Superconductors
  H12. Lattice and Magnetic Properties of Multiferroics
  H13. Focus Session: Simulations of Matter at Extreme Conditions III: Classical MD, Potentials, and Energetic Materials
  H14. Cold Gases: One Dimensional Phenomena
  H15. Focus Session: Superconducting Qubits I
  H16. Focus Session: Biochip Physics I
  H17. Proteins: Structure and Function
  H18. Block Copolymers in Solution and Blends
  H19. Molecules on Surface: Structure
  H20. Focus Session: Assembly of Nanowires and Related Structures
  H21. Focus Session: Clusters, Cluster Assemblies, Nanoscale Materials III
  H22. Electrically and Optically Active Polymers
  H23. Focus Session: Probing and Modifying Materials with Lasers I
  H24. Focus Session: Optical Properties of Nanostructures III: Functional Nanowires
  H25. Adsorption of Organics on Surfaces
  H26. Focus Session: Photophysics of Cold Molecules IV
  H27. Correlated Electrons: Heavy Fermions and Exotic Magnets
  H28. Photonic Crystals
  H29. Focus Session: Carbon Nanotubes and Related Materials VI: Graphene Transport
  H30. Electronic Properties of Graphene and Related Structures II
  H31. Focus Session: Computational Nanoscience III: Ferroelectrics, Surfaces, and Water
  H32. Focus Session: Magnetic Imaging
  H33. Focus Session: Optical Properties of Magnetic Semiconductors
  H35. Focus Session: Negative Index Materials III
  H36. Focus Session: Advances in Scanned Probe Microscopy II: Force Methods
  H37. Optical Properties of Semiconductors (mostly oxides)
  H39. Student Prize Session followed by Focus Session: Friction
  H40. Focus Session: Earth and Planetary Materials I
Session J
  J1. Pake Prize, McGroddy Prizes, Buckley Prize Session
  J2. 50th Anniversary of Physical Review Letters
  J3. Kondo Screening and Quantum Criticality from the Spatial Limit: From Single Spins to Droplets to Lattices
  J4. Panel Discussion: Making the Invisible Scientist Visible: Science in Emergent Countries
  J5. Where is the Center of Mass for Family, Career, and Self?
  J6. Effective Potentials and Force Fields for Simulating Biological Macromolecules
  J7. Undergraduate Nanotechnology and Materials Physics Education I
  J8. Granular Flows
  J9. Fluid Structure and Properties
  J10. Superconductivity: Vortex I
  J11. Focus Session: MgB2-like: Novel Non-Boride Superconductors
  J12. Experimental Studies of the Heavy Fermion 115 Compounds
  J13. Focus Session: Simulations of Matter at Extreme Conditions IV: Crystalline Solids, Liquids, and Methods
  J14. Focus Session: Berezinskii-Kosterlitz-Thouless Regime and Rotating Quantum Gases
  J15. Quantum Computation
  J16. Focus Session: Biochip Physics II
  J17. Focus Session: General Biological Patterns
  J18. Frank J. Padden Award Symposium
  J19. Focus Session: How to Develop an Education Component for an NSF Proposal
  J20. Focus Session: Electronic and Lattice Properties of Surfaces and Thin Films
  J21. Focus Session: Clusters, Cluster Assemblies, Nanoscale Materials IV
  J22. Organic Electronics, Photonics and Magnetics: Theory
  J23. Focus Session: Cuprates and Nickelates
  J24. Focus Session: Optical Properties of Nanostructures IV: Quantum Dots
  J25. Focus Session: Biopolymers: Molecules, Solutions and Networks I
  J26. Focus Session: Quantum Control I
  J27. Focus Session: Triangular Lattice
  J28. Focus Session: Thermoelectricity in Semiconductor Nanostructures
  J29. Focus Session: Carbon Nanotubes and Related Materials VII: Electronic Properties
  J30. Optical Properties and Experimental Characterization of Graphene and Related Structures
  J31. Focus Session: Computational Nanoscience IV: Nanocrystals
  J32. Focus Session: Damping and Spin Relaxation
  J33. Focus Session: Mostly Spins in Group IV Semiconductors and Organics
  J35. Focus Session: Emerging Materials and Devices II
  J36. Focus Session: Materials for Photovoltaics and Photocatalysis I
  J37. QHE: Bilayers and Graphene
  J39. Focus Session: Friction and Contact
  J40. Focus Session: Earth and Planetary Materials II
Session K
  K1. Poster Session II: 2:00 pm - 5:00 pm
Session L
  L1. Nobel Prize Session followed by Onsager Prize Session
  L2. The Physics of Next Generation Photovoltaics
  L3. The Physics of Climate and Climate Change
  L4. Bosonic Modes in HTSC
  L5. Phase Transitions in Disordered Magnets
  L6. Minorities in Condensed Matter Physics
  L7. Multiscale Phenomena in Biological Physics
  L9. Colloidal Self Assembly and Interactions
  L10. Focus Session: Electronic and Vortex Mechanisms for Higher Performing Superconductors
  L11. Superconductivity: Transport and Fermi Pockets
  L12. Heavy Fermion Theory and Strong Correlations
  L13. Ground State Density Functional Theory: Theory Development
  L14. Focus Session: Foundations of Quantum Theory II
  L15. Focus Session: Progress toward Scalable Quantum Information Processing
  L16. Focus Session: Brownian Motors
  L17. Solid Helium
  L18. Focus Session: John H. Dillon Medal Symposium
  L19. Focus Session: Dopants and Defects in Semiconductors II
  L20. Focus Session: Self-Assembled Organic Overlayers
  L21. Focus Session: Clusters, Cluster Assemblies, Nanoscale Materials V
  L22. Confinement-Induced Structures in Block Copolymers
  L23. Focus Session: Probing and Modifying Materials with Lasers II
  L24. Focus Session: Transport in Nanostructures IV: 2DES, Dots, and QPCs
  L25. Semi-crystalline Polymers
  L26. Focus Session: Quantum Control II
  L27. Focus Session: Low-dimensional Spin Systems
  L28. Material Issues for Superconducting Qubits
  L29. Focus Session: Carbon Nanotubes and Related Materials VIII: Electronic Structure of Graphene
  L30. Metallic and Semiconducting Nanotubes
  L31. Graphene: Atomic Structure and Lattice Properties
  L32. Focus Session: Spin Transfer Torque II
  L33. Focus Session: Spins in Quantum Dots
  L35. Optoelectronic Devices and Applications
  L36. Focus Session: Hydrogen Storage II: Chemical Hydride and Complex Metal Hydride Materials II
  L37. Semiconductors II: Structure and Phase Diagrams
  L39. Focus Session: Deformation and Fracture
  L40. High Pressure
Session M
  M15. GQI Business Meeting
  M16. DBP Business Meeting
  M18. DPOLY Business Meeting
  M23. GSCCM Business Meeting
  M27. GMAG Business Meeting
  M29. GSNP Business Meeting
  M35. FIAP Business Meeting
  M36. GIMS Business Meeting
  M37. DCP Business Meeting
  M38. DCOMP Business Meeting
  M39. DMP Business Meeting
  M40. DCMP Business Meeting
Session P
  P1. Is There Pairing Glue in Cuprate Superconductors?
  P2. Controlling Electron Spins: Propagation and Dynamics
  P3. Simple Views on Bulk Polymers: Symposium Honoring P G de Gennes
  P4. Fluctuations and Rare Events in Physical, Chemical, and Biological Systems
  P5. Quantum Information Meets Gravitation
  P6. Fluid Dynamics and Biology
  P7. Optical Lattices
  P8. Glassy Dynamics
  P9. Microfluidic and Nanofluidic Devices
  P10. Superconducting Nanostructures I
  P11. Focus Session: MgB2-like: Disorder in Novel Superconductors
  P12. Skutterudites and Other Heavy Fermions
  P13. Time-Dependent Density Functional Theory
  P14. High-Bandwidth Dynamic Atomic Force Microscopy
  P15. Focus Session: Superconducting Qubits II
  P16. Focus Session: Cytoskeletal Dynamics and Cell Motility I
  P17. Quantum Fluids and Solids I
  P18. Polymer Nanocomposites I
  P20. Focus Session: Engineering Interfaces for New Materials I: Internal Interfaces
  P21. Focus Session: Fundamental Issues in Catalysis I
  P22. Focus Session: Organic Electronics: FETs II
  P23. Focus Session: Multifunctional Oxides: BiFeO3 and Thin Films
  P24. Focus Session: Optical Properties of Nanostructures V: Plasmonics and Metallic Nanostructures
  P25. Focus Session: DNA and Protein Analysis with Micro and Nanofluidics
  P26. Focus Session: Quantum Control III
  P27. Focus Session: Low-dimensional Magnetism
  P28. Superlattices and Nanostructures (Wires, Dots, etc.): Optical Properties I
  P29. Focus Session: Carbon Nanotubes and Related Materials IX: Graphene Electronic Structure
  P30. Electronic Properties of Graphene and Related Structures III
  P31. Focus Session: Computational Nanoscience V: Mechanical Properties and General Methods
  P32. Focus Session: Magnetic Media and Hard Magnetic Materials
  P33. Focus Session: Mostly Spin Injection in Si
  P34. Tutorial for Authors and Referees of Physical Review
  P35. Focus Session: Materials for Photovoltaics and Photocatalysis II
  P36. Focus Session: X-ray and Neutron Instrumentation and Science
  P37. Semiconductors III: Electronic and Optical Properties I
  P38. Relaxor Ferroelectrics and Piezoelectrics
  P39. Applications of Complex Networks
  P40. Surface Effects, Thermodynamics and Fabrication
Session Q
  Q1. Ballistic Charge and Spin Transport in Graphene
  Q2. The Physics of Self-Assembled Protein Cages
  Q3. Simple Views on Polymer Dynamics: Symposium Honoring P G de Gennes
  Q4. Pairing Fluctuations Near the Superconductor-Insulator Transition
  Q5. Panel Discussion: How Can Industry Best Support the Innovative Research That It Needs?
  Q6. Artificial and Tunable Realizations of Spin Systems
  Q7. Undergraduate Nanotechnology and Materials Physics Education II
  Q8. Colloidal Phase Behavior
  Q9. Focus Session: DNA and Biofluid Analysis with Micro and Nanofluidic Devices
  Q10. Superconductivity: Vortex II
  Q11. Focus Session: Hybrid Magnetic-Superconducting Systems II
  Q12. Focus Session: Hidden Order and Heavy Fermions
  Q13. Ground State Density Functional Theory: Applications
  Q14. Bosons in Optical Lattices
  Q15. Focus Session: Semiconductor Qubit Approaches I
  Q16. Focus Session: Cytoskeletal Dynamics and Cell Motility II
  Q17. Focus Session: Hydrophobic Interactions at Multiple Scales in Biology
  Q18. Polymer Nanocomposites II
  Q19. Physics Education: In and Out of the Classroom
  Q20. Focus Session: Engineering Interfaces for New Materials II: Surfaces
  Q21. Focus Session: Fundamental Issues in Catalysis II
  Q22. Focus Session: New Methods in Polymer Physics
  Q23. Focus Session: Bilayer Manganites
  Q24. Focus Session: Transport in Nanostructures V: Optics, Mechanics, and Networks
  Q25. Physical Properties of Melts and Solutions
  Q26. Advances in Spectroscopy
  Q27. Focus Session: One-dimensional Spin Chains
  Q28. Focus Session: Thermoelectricity in Bulk Materials
  Q29. Focus Session: Carbon Nanotubes and Related Materials X: p-n Junctions and Mesoscopic Effects in Graphene
  Q30. Nanotubes and Nanowires I: Electronic and Transport Properties
  Q31. Computational Nanoscience: Nanotubes and Graphene
  Q32. Focus Session: Molecular Magnets II
  Q33. Focus Session: Spin Polarization in Compound Semiconductors
  Q35. Focus Session: Emerging Materials and Devices III
  Q36. Focus Session: Advances in Scanned Probe Microscopy III: Force Methods
  Q37. Magnetotransport in 2DEGs
  Q38. Focus Session: Ferroelectric Films and Finite Size Effects
  Q39. Focus Session: Models and Materials Far from Equilibrium
  Q40. Metals: Nanoparticles, Compounds and Thermodynamics
Session R
  R1. Poster Session III: 1:00 pm - 4:00 pm
Session S
  S1. Diamond-based Quantum Information Processing
  S2. Can Power Dissipation in a Switch Be Significantly Lowered?
  S3. Aging, Shear and Rejuvenation: Mechanics of Glasses, Colloids and Granular Matter
  S4. Keithley Award Symposium
  S5. Theory of Orbital Magnetization and Related Properties
  S6. Superfluid Density in Underdoped Cuprates
  S7. Panel Discussion: Non-traditional Careers for Physicists
  S8. Colloidal Rheology
  S9. Optical Properties of Superconductors
  S10. Superconductors: Synthesis and Physical Properties
  S11. Theory of Superconductivity in Cuprates I
  S12. Strongly Correlated Quantum Phases
  S13. Focus Session: Frontiers in Electronic Structure Theory I
  S14. Fermions in Optical Lattices
  S15. Superconducting Qubits III
  S16. Focus Session: General Techniques and Radiation Therapies in Biological Physics
  S17. Quantum Fluids and Solids II
  S18. Hybrid Organic-Inorganic Nanomaterials II: Assembly and Fabrication
  S19. Focus Session: Dopants and Defects in Semiconductors III
  S20. Focus Session: Engineering Interfaces for New Materials III: Heterogeneous Interfaces
  S21. Focus Session: Fundamental Issues in Catalysis III
  S22. Focus Session: Organic Electronics: Contacts and Interfaces
  S23. Focus Session: Nanostructured Oxides and Thin Films
  S24. Fullerenes (not nanotubes)
  S25. Gels and Elastomers
  S26. Focus Session: Advances in Atmospheric Aerosol Science I
  S27. Focus Session: Magnetic Nanowires and Nanodots II
  S28. Superlattices and Nanostructures (Wires, Dots, etc.): Optical Properties II
  S29. Focus Session: Carbon Nanotubes and Related Materials XI: Optical Spectroscopy
  S30. Nanotubes, Transport, and Other Properties
  S31. Focus Session: Multiferroics I: 113 and 125
  S32. Focus Session: Magnetic Tunneling
  S33. Focus Session: Mostly III-V Semiconductors
  S35. Focus Session: Nanotechnology I
  S36. Focus Session: Hydrogen Storage III: Novel Porous and Sorbent Materials
  S37. Effect of Strain on Ferroelectrics
  S39. Systems Far From Equilibrium and Other Topics in Statistical Physics
  S40. History of Physics
Session T
  T1. Quarks to Cosmos: Breaking News at the Interface of Particle, Nuclear and Astrophysics
  T16. Town Hall Meeting: Materials Physics at Gigabar Pressures
Session U
  U1. Isakson Prize, Adler Award, Nicholson Medal Session
  U2. Electron Nematics
  U3. Simple Views on Polymers at Surfaces and Interfaces: Symposium Honoring P G de Gennes
  U4. Interferometry in the Quantum Hall Regime
  U5. Epitaxial Oxide/Semiconductor Systems
  U6. Computational and Theoretical Challenges in Predicting Climate Change
  U7. Physics Demonstrations and Strategies for Teaching and Public Outreach
  U8. Colloidal Manipulation Techniques
  U9. Fluctuations, Phase Transitions and the Polar Kerr Effect
  U10. Superconductivity: Magnetic Field Effects
  U11. Focus Session: MgB2-like: Enhancement of Superconducting Properties
  U12. Strongly Correlated Electron Systems: Quantum Phase Transitions
  U13. Focus Session: Frontiers in Electronic Structure Theory II
  U14. Focus Session: Exotic Phases in Ultracold Fermi Gases
  U15. Focus Session: Open Quantum Systems and Decoherence
  U16. Focus Session: Medical Physics and Radiation Biology
  U17. Proteins in Membranes and the Cytoskeleton
  U18. Focus Session: Polymer Collapse and Protein Folding
  U19. Computational Methods: Dynamics, Transport, and Plasma
  U20. Focus Session: Metal Surfaces, Interfaces, and Thin Films
  U21. Surfaces and Interfaces I
  U22. Focus Session: Nonequilibrium Fluctuations in Biomolecules
  U23. Focus Session: Manganite Thin Films
  U24. Focus Session: Transport in Nanostructures VI: Nonequilibrium Phenomena and Noise
  U25. Theory and Simulation II
  U26. Focus Session: Advances in Atmospheric Aerosol Science II
  U27. Correlated Electrons: Theory, Actinides, and Ising Systems
  U28. Focus Session: Semiconductor Qubit Approaches II
  U29. Focus Session: Carbon Nanotubes and Related Materials XII: Graphene Transport
  U30. Electronic Properties of Graphene and Related Structures IV
  U31. Focus Session: Multiferroics II: Theory and LuFe2O4
  U32. Focus Session: Magnetic Multilayers and Nanostructures
  U33. Focus Session: Theory and Simulations of Magnetism I
  U35. Focus Session: Hydrogen Storage IV: Theoretical Predictions
  U36. Nanoinstrumentation for Biological and Other Applications
  U37. Transport Properties of Semiconductors: 2-D Systems
  U38. Focus Session: Ferroelectric Oxide Superlattices and Oxide Thermoelectrics
  U39. Focus Session: Structure and Dynamics of Complex Networks
  U40. Biomolecular Computation
Session V
  V1. Recent Advances in Soft Complex Materials Using Neutron Scattering
  V2. Facilities for Meeting Grand Challenges
  V3. Industrial Physics History
  V4. Electronic Excitations in Organic Molecular Crystals/Fluctuating Fronts: Beyond a Popular Mean-Field Theory
  V5. Panel Discussion: Lessons Learned from Katrina: How to Prepare a Department for Catastrophic Events
  V7. Oscillations and Segmentation: Dynamical Genetic Regulation in Time and Space
  V8. Liquid Crystals I: Structure and Defects
  V9. Computational Methods: Multiscale Modeling
  V10. Proximity Effect, Electron-doped Cuprates, STM
  V11. Quasiparticle Dispersion and Coupling in Cuprates
  V12. Metal Insulator Transition I: Vanadium Oxides and Others
  V13. Focus Session: Frontiers in Electronic Structure Theory III
  V14. BEC-BCS Crossover
  V15. Quantum Error Correction and Control
  V16. Focus Session: Medical Imaging and Related Technologies
  V17. Focus Session: Nonequilibrium Thermodynamics of Small Systems
  V18. Focus Session: Properties of Block Copolymers
  V19. New Frontiers for Biological Physics
  V20. Phase Transitions: Structural, Electronic, and Magnetic
  V21. Charged and Ion-Containing Polymers I
  V22. Focus Session: Organic Electronics: Molecular Junctions
  V23. Focus Session: Charge/Orbital Ordering in Complex Oxides
  V24. Focus Session: Transport in Nanostructures VII: Si Interfaces and Carbon
  V25. Focus Session: Interfaces and Adhesion I
  V26. Focus Session: Advances in Atmospheric Aerosol Science III
  V27. Focus Session: Frustrated Theory
  V28. Focus Session: Optical Properties of Nanostructures VI: Nanoscale Metamaterials
  V29. Focus Session: Carbon Nanotubes and Related Materials XIII: Synthesis
  V30. Nanotubes and Nanowires II: Other Properties I
  V31. Focus Session: Oxide Interfaces II
  V32. Focus Session: Magnetic Semiconductors and Novel Magnetic Materials
  V33. Focus Session: Theory of Spin Phenomena in Semiconductors
  V34. Panel Discussion: International Gender Issues in Physics
  V35. Focus Session: Thermoelectric Phenomena in Nanostructured Materials
  V36. Advances in Scanned Probe Microscopy IV: Optical and High Frequency Methods
  V37. QHE and FQHE
  V38. Focus Session: Multiferroics and Multiferroic Composites
  V39. Focus Session: Jamming I: Theory
  V40. Nucleic Acids: Structure and Function
Session W
  W2. Electronic Structure, Magnetism and Superconductivity of Sodium Cobaltate
  W3. Dislocation Patterns and Avalanches
  W4. Dynamics of Polymers
  W5. Sensing Science and Sensors for Industrial Applications
  W6. Strong Interacting Fermi Gases with Spin Asymmetry
  W7. Nonlinear Dynamics of Neural Systems: A Statistical Mechanics of the Brain
  W8. Liquid Crystals II: Dynamics and Topology
  W9. Theoretical Methods and Applications
  W10. Focus Session: Hybrid Magnetic-Superconducting Systems III
  W11. Theory of Superconductivity in Cuprates II
  W12. Metal Insulator Transition II: Theory
  W13. Quantum Monte Carlo
  W14. Quantum Optics
  W15. Quantum Entanglement II
  W16. Focus Session: Novel Biomedical Techniques
  W17. General Biological Physics
  W18. Focus Session: Dynamics of Nucleic Acid-Protein Interactions
  W19. Dopants and Defects in Semiconductors IV
  W20. Oxide Surfaces, Interfaces and Thin Films
  W21. Surfaces and Interfaces II
  W22. Focus Session: Organic Photovoltaics and LEDs
  W23. Focus Session: Manganites II
  W24. Glassy and Amorphous Systems
  W25. Focus Session: Biopolymers: Molecules, Solutions and Networks II
  W26. Focus Session: Advances in Atmospheric Aerosol Science IV
  W27. Focus Session: Spin Glasses and SrCu2(BO3)2
  W28. Superlattices and Nanostructures: Electronic Properties II
  W29. Focus Session: Carbon Nanotubes and Related Materials XIV: Theory and Sensing
  W30. Nanotubes and Nanowires III: Other Properties II
  W31. Focus Session: New Materials and Properties of Complex Oxides
  W32. Focus Session: Domain Wall Motion and Itinerant Magnetism
  W33. Focus Session: Spins in Narrow Gap Semiconductors
  W35. Focus Session: Nanotechnology II
  W36. Focus Session: Materials for Photovoltaics and Photocatalysis III
  W37. Focus Session: Multiferrocity in BiFeO$_3$-based films
  W39. Focus Session: Jamming II: Packing and Force Networks
  W40. Focus Session: Networks, Regulation, and Pathways in Cell Biology
Session X
  X3. Interface Phenomena in Oxides
  X4. Approaching Quantum Limits in Optomechanical Systems
  X5. Superconducting Sources of THz-Radiation
  X6. Tunnel Magnetoresistance: Yesterday, Today, and Tomorrow
  X7. Understanding Strongly Correlated Materials with Dynamical Mean Field Theory Methods
  X8. Focus Session: Wormlike Micellar Fluids and Vesicles
  X9. Focus Session: Spinor Condensates and Dipolar Gases
  X10. Superconducting Devices and Applications
  X11. Focus Session: MgB2-like: Properties of Exotic Superconductors
  X12. Charge Density Wave and Charge Order
  X13. Quantum Monte Carlo Methods and Strongly Correlated Systems
  X15. Emerging Nano-based Diagnostics and Therapeutics: Approaches to Cancer Treatment
  X18. Focus Session: Dynamics and Structures in Polymer Melts, Gels and Glasses
  X22. Organic Magnetics and Bio-Electronics
  X23. Focus Session: Multiferroics III: Other
  X24. Nanotubes: Transport, Synthesis and Growth
  X25. Block Copolymer Phase Behavior
  X27. Focus Session: Exchange Bias and Magnetic Interactions
  X28. Focus Session: Optical Properties of Nanostructures VII: Surface Plasmons and Periodic Arrays
  X29. Focus Session: Carbon Nanotubes and Related Materials XV: Electronic Structure and Optical Properties
  X30. Composite and Porous Media
  X31. Focus Session: Ruthenates
  X32. Focus Session: Magnetic Sensors
  X33. Focus Session: Magnetic Resonance in Magnetic Semiconductors
  X35. Semiconducting Devices and Applications
  X36. Advances in Instrumentation and Measurements
  X37. Semiconductors IV: Electronic and Optical Properties II
  X39. Miscellaneous Topics in Statistical Physics
  X40. Self Assembled Protein Cages
Session Y
  Y3. Novel Physics and Quantum Interference in Weakly Disordered Graphene Devices
  Y4. New Symmetries and Excitations in Multiferroics
  Y5. Charged and Ion-Containing Polymers II
  Y6. Industrial Advanced Characterizations
  Y7. Control of Light with Bacteriorhodopsin
  Y8. Hydrodynamics of Surfaces and Films
  Y9. BEC/Matter Optics/Atom Interferometry
  Y10. Superconducting Nanostructures II
  Y11. Oxide Spectroscopy
  Y12. General Theory
  Y13. Classical Molecular Dynamics and Fluids
  Y15. Focus Session: Quantum Metrology and Control: Fundamental Limits and Applications
  Y18. Dynamics of Thin Polymer Films
  Y22. Interfaces and Adhesion II
  Y23. Focus Session: Electronic Structure of Complex Oxides
  Y24. Nanotube Devices and Applications
  Y25. Theory and Simulations III
  Y27. Focus Session: Kagome Magnets
  Y28. Superlattices and Nanostructures: Electronic Properties III
  Y29. Focus Session: Carbon Nanotubes and Related Materials XVI: Mechanical and Thermal Properties
  Y30. Low Dimensional Systems
  Y31. Focus Session: Sodium Cobaltites
  Y32. Focus Session: Theory and Simulations of Magnetism II
  Y33. Focus Session: Diluted Magnetic Oxides
  Y36. Focus Session: Artificial Neurons
  Y37. Thermodynamic and Transport Properties of Semiconductors
  Y39. Other Topics in Statistical Physics
  Y40. Bionanotechnology

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