<p>➀ Researchers developed millimeter-sized robots powered by cavitation (bubble collapse energy), achieving jumps up to 1.5 meters high at 12+ m/s speeds using lasers or ultrasound;</p><p>➀ The robots, made of titanium dioxide and other materials, enable precise control for applications like non-invasive drug delivery and micro-assembly;</p><p>➂ While still experimental, the technology shows promise for industrial inspections and confined-space repairs by converting destructive cavitation into controllable propulsion.</p>
Related Articles
- Detecting Airborne Hazards With An Affordable Device3 months ago
- Gadget Book: Our Robotics Future4 months ago
- Industry’s First Functionally Isolated Modulators6 months ago
- Enhancing MIS With Tactile Sensing Technology6 months ago
- ROS-Based Robot Body Controller Reference Design6 months ago
- Hannover Messe: Pumps and valves made from ultrathin elastomeric films are lightweight and energy efficient6 months ago
- Robots That Build And Adapt On The Spot6 months ago
- Samsung sets up robotics unit8 months ago
- Giving Animal Strength to Medical Robotics9 months ago
- High-Precision Machining Robot with Innovative Drive Train – Made in Lower Saxony, Germany11 months ago