Explore how the Ishita Distribution, a new statistical model developed through computational simulation, helps predict unpredictable events with skewed data patterns.
Exploring how simulation models and artificial intelligence are revolutionizing healthcare management through predictive analytics and virtual testing.
Explore how computer simulations of light-tissue interactions are revolutionizing medical treatments, from laser surgery to tissue engineering.
Explore how scientists use laser microwelding and advanced simulations to join dissimilar metals like Pt-10%Ir and 316 LVM SS for medical devices and electronics.
Discover how cadaveric gait simulators are transforming our understanding of foot and ankle biomechanics and revolutionizing treatment for mobility disorders.
Explore iCell, an innovative interactive web resource transforming how students and scientists explore cardiac electrophysiology through simulation-based learning.
Explore how simulation labs, VR technology, and AI-powered tools are transforming nursing education through safe, immersive learning environments.