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Flexible Wings Reduce Energy Drain for UAV
A team from Southampton, Edinburgh, Tokyo, and Delft just published a paper in npj Robotics demonstrating a soft underwater wing that senses its own…
A team from Southampton, Edinburgh, Tokyo, and Delft just published a paper in npj Robotics demonstrating a soft underwater wing that senses its own deformation and uses that signal to reject flow disturbances autonomously. The wing uses a liquid-metal capacitive e-skin. Six EGaIn electrodes in silicone produce nine capacitance signals to estimate its camber in … Continue reading Flexible Wings Reduce Energy Drain for UAV
2. Cyber Threat Intelligence & Forensik
CTI Threat Relationship Graph2 Knoten / 1 Relationen