Explore the fascinating world of materials science and engineering, from shape-memory alloys to curriculum resources that make atomic-scale engineering accessible.
Explore the fascinating science of polymer fracture behavior, from molecular-level interactions to real-world applications in materials science.
Explore how annealing, from ancient blacksmiths to quantum computers, uses controlled chaos to solve complex optimization problems across various scientific fields.
Discover how high-strain electrodes are revolutionizing flexible electronics, enabling stretchable batteries and powering the future of wearable technology.
Explore groundbreaking innovations in materials science from the 9th International Conference on Novel Materials and their Synthesis, featuring advanced polymers, energy systems, and nanomaterials.
Explore how membrane filtration technology effectively removes and analyzes triazine pesticides from water sources, ensuring safer drinking water.
Discover how modified inkjet printers are using polyimide to create microscopic insulators, revolutionizing 3D microchip manufacturing through additive processes.
Discover how On-Water Surface Synthesis is revolutionizing the creation of 2D polymer membranes for next-generation sustainable energy devices like batteries and solar cells.
Explore how scientists are harnessing molecular disorder to revolutionize medicine, from drug development to neurological research.
Exploring the groundbreaking 1987 Symposium on Surface Analysis of Biomaterials and its lasting impact on medical device innovation through surface science.