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Advances in Human-Machine Interactions with Electronic Skin

Human skin has over 1,000 nerve endings, making it the brain’s most significant sensory organ connected to the external environment. Touch, pressure, and temperature all provide a variety of feedback.

United statesAmit jaiswalKaivalya deoShounak roySkyla bailyAxent biosciencesAkhilesh gaharwarFulbright nehruDepartment of biomedical engineeringDepartment of defenseTexasam universityNational institutes of healthIndian institute of technologyIsrael institute of technologyIndia educational foundationHuman machine interactions

New 3D Printed Electronic Skin Can Replicate the Flexibility, Sensitivity of Human Skin

Researchers at Texas A&M University have made strides in developing 3D-printed electronic skin that mimics the flexibility and sensitivity of human skin.

United statesShounak royJace dela cruzKaivalya deoAkhilesh gaharwarDepartment of biomedical engineeringResearchers at texasam universityTech timesBiomedical engineeringPrinted electronic skin provides promiseHuman machine interactionTouching breakthroughSofte skin sends sensory signalsAdvanced functionalResearchers are workingFuturistic wearable tech

3D printed electronic skin provides promise for human-machine interaction

3D printed electronic skin provides promise for human-machine interaction
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United statesFulbright nehruAmit jaiswalAxent biosciencesAkhilesh gaharwarKaivalya deoShounak royTexasam universityIndian institute of technologyGaharwar labDepartment of biomedical engineeringAdvanced functional materialsLimei tianIndian institutePrinted electronic skinTemperature sensing

3D Printed Electronic Skin Provides Promise for Human-Machine Interaction

The electronic skin can flex, stretch and sense like human skin, opening the door for new advances in human-machine interaction.

United statesKaivalya deoFulbright nehruShounak royAkhilesh gaharwarAmit jaiswalAxent biosciencesGaharwar labDepartment of defenseIndian institute of technologyDepartment of biomedical engineeringIndia educational foundationTexasam universityNational institutes of healthAdvanced functional materialsLimei tian

Bio-Inspired Inks for 3D Printing of Next-Gen Wearable Tech

A novel hydrogel bioink combines electronic conductivity with biocompatibility for the design of integrated devices.

United statesBioink biocompatibilityAkhilesh gaharwarKaivalya deoWatch thisBiomedical engineering

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