Explore how polymer-ceramic composites are creating revolutionary materials with increased hydrophilicity, air-permeability, and anti-fungal properties.
Scientists are creating universal maps that reveal how composition, structure, and properties are linked in platelet-matrix composites and stacked heterostructures.
Explore how freeze casting mimics nature's designs to create revolutionary materials with unprecedented strength and versatility.
Discover how annealing transforms 3D-printed parts from brittle to resilient through molecular restructuring and stress relief.
Explore how temporally programmed gelation using enzymatic feedback loops is creating materials that activate with precision timing.
Exploring the future of polymer science with self-healing plastics, intelligent materials, and AI-driven design for sustainable solutions.
Exploring the revolutionary world of tractable high-performance polymers that combine strength, sustainability, and tunability to transform industries