Exploring the groundbreaking polymer research at University of Michigan's Macromolecular Science and Engineering Program, ranked #9 nationally.
How mapping the body's electrical landscape is transforming cancer detection, neurology, and regenerative medicine
Exploring Yuliya Kan's groundbreaking work on core-shell fiber composites using PVA, graphene oxide, and silica for advanced biomedical applications.
Discover how 2025's solar cell innovations are revolutionizing energy efficiency and applications worldwide.
Understanding the critical importance of long-term stability analysis for multi-camera photogrammetric systems in precision engineering applications.
Innovative method combining PSF mapping in distortion and non-distortion dimensions to correct geometric distortions in 7T MRI single-echo DTI scans.
Exploring how synthetic immunology is revolutionizing medicine from personalized cancer therapies to universal vaccines and global health solutions.
Explore how omics technologies are transforming medicine, agriculture, and environmental science by decoding the molecular blueprints of life.
Exploring how artificial intelligence is accelerating MXene innovation from synthesis to smart applications in energy storage, sensors, and beyond.
Exploring the cutting-edge world of Metal Matrix Nanocomposites (MMNCs) and their potential to revolutionize materials engineering.