Boosting 2D Materials with Molecules - From High-Performance Electronics to Health Monitoring

Watch a comprehensive nanoseminar lecture exploring the enhancement of two-dimensional materials through molecular functionalization for advanced applications in electronics, sensing, and health monitoring. Discover innovative approaches to engineering hybrid systems through physisorption of molecular switches, chemisorption of dithiolated molecules, and the creation of multilayer structures. Learn about cutting-edge research findings on improving 2D semiconductors' performance, including methods to achieve a 10-fold increase in field-effect mobility and the development of highly sensitive pressure sensors. Explore how the strategic combination of 2D materials with molecules creates multifunctional coatings, foams, and nanocomposites with programmable properties addressing global challenges in electronics, sensing, and energy applications. The lecture includes an introductory talk on advanced manufacturing with inkjet printing for nanobiosensing applications, presented as part of the ICN2 NanoSeminars series in collaboration with the Nanomedicine Lab at the University of Manchester.