By considering the sorting categories before you submit your abstract, you can determine which categories best fit your research. Choosing the appropriate sorting categories for your work can help to target your work to the appropriate audiences at March Meeting 2024.
The sorting categories also represent the breadth and depth of the topics and branches of physics discussed at March Meeting.
Review the abstract submission guidelines
1. Polymer Physics 2. Soft Condensed Matter 3. Statistical and Nonlinear Physics 4. Biological Physics 5. Chemical Physics 6. Atomic, Molecular, and Optical Physics 7. Topological Materials 8. Semiconductors, Insulators, and Dielectrics 9. Superconductivity 10. Magnetism 11. Strongly Correlated Systems, Including Quantum Fluids and Solids 12. Complex Structured Materials, Including Graphene 13. Superlattices, and Other Artificially Structured Materials 14. Surfaces, Interfaces, and Thin Films 15. Nonequilibrium Quantum Physics 16. General Theory, Computational Physics 17. Quantum Information, Concepts, and Computation 18. Matter at Extreme Conditions 19. Instrumentation and Measurements 20. Fluids 21. Energy Research and Applications 22. Applications (IT, Medical/Bio, Photonics, etc.) 23. Data Science 24. Laser Science 25. Medical Physics 26. Climate Physics 27. Physics Education 28. Physics Outreach and Engaging the Public 29. History of Physics 30. International Physics 31. Early Career Scientists 32. Public Policy 33. Graduate Student Affairs 34. Undergraduate Research 35. Committee on Minorities 36. Status of Women in Physics 37. Committee on Informing the Public 38. General Physics 01.00.00 Polymer Physics Invitation Only 01.00.00
+ DPOLY Symposium Invited Speaker (Invitation Only)
Focus Sessions 01.01.01
+ Applied Machine Learning for Polymer Physics Discovery
01.01.02
+ Organic Electronics and Photonics
01.01.03
+ Advances in Macromolecular Simulation and Modeling
01.01.04
+ Current and Future Directions of Polymer Composites and Nanocomposites
01.01.05
+ Physics-Informed Design of Recycled, Upcycled, and Sustainable Polymers
01.01.06
+ Dynamics of Polymers and Polyelectrolytes
01.01.07
+ Programmed Responsive Polymers and Soft Matter
01.01.08
+ Large-Strain Mechanical Properties of Polymer Networks
01.01.09
+ Polymers and Block Copolymers at Interfaces
01.01.10
+ Transport and Separation Phenomena in Polymer Membranes and Molecular Materials
01.01.11
+ Polymer Structure and Dynamics Across Multiple Length and Timescales
01.01.12
+ Advances in Nonlinear and Block Polymers
01.01.13
+ Recent Progress in Polymer Glass Formation in Bulk and Nanostructured Systems
01.01.14
+ Additive Manufacturing of Soft Materials
01.01.15
+ Real-Space Observation for Understanding Chain Structures and Dynamics
01.01.16
+ Fracture, Yielding, and Failure of Soft Materials
01.01.17
+ Molecular Glasses
01.01.18
+ Self-Assembly of Biomacromolecules: From Simulations to Experiments
01.01.19
+ Polyelectrolyte Phase Transitions, Complexes, and Coacervates
01.01.20
+ Machine Learning Assisted Polymer Design
01.01.21
+ Enabling Early Career Polymer Physics Researchers
01.01.22
+ Dillon Medal Symposium
01.01.23
+ Advanced Characterization of Polymers: Morphology, Interfaces, and Dynamics
01.01.24
+ Dynamic Covalent Polymer Networks and Gels
01.01.25
+ Physics Concepts in Polymer Engineering
01.01.26
+ Physics of Polymer Coatings and Thin Films
01.01.27
+ Mechanoresponsive Molecules for Stress Sensing in Polymer Systems
01.01.28
+ DNA-Based Soft Matter
01.01.29
+ Statistical Physics in Constitutive Modeling
01.01.30
+ Flow of Complex Fluids: Rheology, Structure and Instabilities
Standard Sorting Categories 01.03.00
+ Semi-Crystalline Polymers
01.04.00
+ Liquid Crystalline Polymers
01.05.00
+ Polymer Glasses and Glass Formation
01.06.00
+ Polymer Rheology
01.07.00
+ Polymeric Networks, Elastomers, and Gels
01.08.00
+ Charged and Ion-Containing Polymers
01.09.00
+ Polymer Composites
01.10.00
+ Electrically and Optically Active Polymers
01.11.00
+ Surfaces, Interfaces, Thin Films, and Coatings
01.12.00
+ Biopolymers and Sustainable Polymers
01.13.00
+ Polymer Structure, Morphology, and Self-Assembly