This research introduces a sustainable, thread-based wearable device that measures lactate in sweat using chemiluminescence. By transforming cotton thread into a low-cost analytical tool, it enables simple, smartphone-based monitoring of physiological changes, offering an eco-friendly alternative to conventional biosensors for sports and health applications.

This research develops a virtual human model and predictive algorithm to detect blast-induced traumatic brain injuries in real time. Using simulations and body-mounted sensors, the system estimates injury risk on the battlefield, helping medics and commanders make rapid decisions to protect soldiers and improve mission safety.