📚︎Track 1: Macromolecular Materials and Polymer Physics

· Macromolecular physics and structure; 

· Polymer chain conformation and dynamics; 

· Structure–property relationships of macromolecules; 

· Polymer crystallization and phase behavior; 

· Thermodynamics of polymer systems; 

· Physical chemistry of polymers; 

· Molecular weight effects and polydispersity; 

· Rheology and viscoelastic behavior of polymers; 

· Polymer blends and miscibility; 

· Self-assembly of macromolecules;

📚︎Track 2: Polymer Composites and Functional Macromolecules

· Polymer matrix composites; 

· Fiber-reinforced polymer composites; 

· Nanocomposites and hybrid macromolecular systems; 

· Interface and interphase in polymer composites; 

· Functional macromolecules and smart polymers; 

· Conductive and electroactive polymers; 

· Polymer-based structural materials; 

· Mechanical performance of polymer composites; 

· Lightweight and high-performance composites; 

· Multifunctional macromolecular materials;

📚︎Track 3: Materials Physics of Polymers and Soft Matter

· Materials physics of polymers; 

· Soft matter physics; 

· Polymer solid-state physics; 

· Glass transition and relaxation phenomena; 

· Molecular mobility and diffusion in polymers; 

· Physical aging and deformation mechanisms; 

· Fracture and fatigue of polymer materials; 

· Thermal transport in macromolecular materials;

 · Mechanical and dynamic behavior of soft materials;

 · Polymer physics under extreme conditions;

📚︎Track 4: Advanced Preparation and Processing of Macromolecular Materials

· Polymer synthesis and modification; 

· Advanced polymer processing technologies; 

· Processing–structure–property relationships;

 · Additive manufacturing of polymer materials; 

· Solution processing and melt processing; 

· Surface and interface engineering of polymers; 

· Processing of polymer composites; 

· Scale-up and manufacturability of macromolecular materials; 

· Sustainable processing of polymer materials;

 · Processing-induced microstructure evolution;

📚︎Track 5: Nanostructured and Molecular-Level Materials

· Nanostructured macromolecular materials; 

· Polymer nanomaterials and nanotechnology; 

· Molecular-level design of materials; 

· Hybrid organic–inorganic macromolecular systems;

 · Nanofillers in polymer matrices;

 · Self-assembled nanostructures;

 · Molecular interactions and nanoscale effects; 

· Characterization of nanostructured polymers; 

· Nanomechanics of macromolecular materials;

📚︎Track 6: Emerging Topics in Materials Physics and Composites

· Materials physics and structure; 

· Solid-state physics of materials; 

· Optoelectronic polymer materials; 

· Microelectronic and electronic polymer materials; 

· Semiconductor and polymer-based devices; 

· Superconducting and functional materials;

 · Energy-related polymer materials; 

· Physics-guided materials design; 

· Computational modeling of materials; 

· Cross-disciplinary materials research;