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.

Introduction
Explanation
Implementation
Prediction
Evaluation
Future Work
Conclusion