Hopping-Pong - Changing Trajectory of Moving Object Using Computational Ultrasound Force

Hopping-Pong - Changing Trajectory of Moving Object Using Computational Ultrasound Force

Explore a groundbreaking conference talk on changing the trajectory of moving objects using computational ultrasound force. Dive into the concept of Hopping-Pong, which demonstrates the ability to alter the path of a flying Ping-Pong ball through non-contact force. Learn about the technological challenges involved in high-speed measurement and high-spatial resolution force application. Discover the potential applications of this research in augmented sports, human-computer interaction, and factory automation. Follow the presentation's journey from introduction to implementation, prediction, evaluation, and future work, concluding with insights on expanding computationally controlled spaces in the real world.