Exploring how itaconic acid is transforming the plastics industry with renewable thermosets and thermoplastics for a sustainable future.
Exploring how nanotechnology enhances the delivery and effectiveness of herbal medicine components through advanced drug delivery systems.
Discover how partially charged diblock copolymers self-assemble into super helices, enabling revolutionary nanotechnologies from drug delivery to advanced materials.
Exploring how intelligent gripper technology solves the challenges of handling delicate carbon fiber materials in modern manufacturing.
Explore the cutting-edge science of stimuli-responsive diblock polyampholyte films that can change their nanostructure based on environmental conditions like pH and salt concentration.
Exploring how ultrasonic mechanical relaxation imaging and material science are transforming breast cancer detection and treatment
Exploring how silk proteins are transforming medicine through their extraordinary strength, biocompatibility, and tunable properties in applications from drug delivery to tissue engineering.
Exploring Marianne Hurnanen's groundbreaking research on heat sealing paper with polymer films for sustainable packaging solutions.
Discover how Secondary Ion Mass Spectrometry (SIMS) reveals atomic-scale details of metallic nanolayers on polymer films, enabling breakthroughs in microelectronics.
Explore the groundbreaking polymer research at University of Michigan's Macromolecular Science and Engineering Program, where scientists create biomimetic materials, flexible electronics, and antimicrobial solutions.