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MIT Engineers Create Flexible Skeletons Perfect for Soft, Muscle-Powered Robots

MIT has recently unveiled a novel design concept for flexible skeletons tailored for soft, muscle-powered robots.

United statesSankit joshiJace dela cruzEnvironmental impact of energyIntelligent systemsArbeloff career development professor in engineering designArizona state universityTech timesAdvanced newton dynamic instrumentGetty imagesRitu ramanArbeloff career development professorEngineering designNoninvasive treatmentChemo brain that involves lightsAll about

Bistabledome com: AI Enables Bistable Dome Inventions, Shape Sensors for Soft Robots, Shaping Thin High-Strength Metals for Lighter Vehicles, Reducing Climate Change

Bistabledome.com: AI Enables Bistable Dome Inventions, Shape Sensors for Soft Robots, Shaping Thin High-Strength Metals for Lighter Vehicles, Reducing Climate Change

New yorkUnited statesPaul ericsonBistable dome inventionsShape sensorsSoft robotsShaping thin high strength metalsLighter vehiclesReducing climateSpacex starshipRelease distributed

3D Printing and Soft Robots: An Evolving Relationship

Recent progress in 3D printing and soft materials has enabled direct one-step manufacturing of intricate soft robots.

San diegoUnited statesSachyani kenethYichen zhaiD printed gripper doesnt need electronics toPrinting evolved softHuman like hand using slow curingAutomation industry focusStudy first authorTrack roboticsPrinted magnetically actuated soft robotsComposites sciencePrinted pneumaticLead authorInsect inspired robotsPrinted gripper doesnt need electronics

Plant-inspired liquid metal actuators unlock new potential for flexible robotics

Plant-inspired liquid metal actuators unlock new potential for flexible robotics
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Xiaofei liZhang xianLi xiaofeiChinese academy of scienceTian xingyouHefei institutesPhysical scienceChinese academyAdvanced functional materialsSoft robotsAdvanced functional

New Sensor Uses Color to Sense Multiple Stimuli for Soft Robots

EPFL scientists have designed a device that can detect multiple stimuli, such as mechanical and temperature changes, by using color. This innovation could be an important step towards creating more autonomous soft robots and wearable devices.

Jamie paikEcole polytechniqueSkyla bailyReconfigurable robotics labNature communicationsSchool of engineeringSensor uses colorSense multiple stimuliSoft robotsImage creditAdrian alberolaIndustry focusMore streamlined approach