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Soft robots grow like plants via synthetic material extrusion process

Soft robots that grow and move using ultraviolet light and liquid might be able to navigate hard-to-reach places within the human body.

United statesZsolt rumyChris ellisonMatthew hausladenUniversity of minnesotaNational science foundationNational academyMinnesota twin cities departmentChemical engineeringMaterials science

Engineers Develop Process Helpful to Enable Soft Robots To Grow like Plants

Researchers unveiled a process for soft robots: Plant-inspired extrusion enabling synthetic material growth. It can help scientists and engineers make better soft robots.

Matthew kubalaChris ellisonTim kowalewskiBoran zhaoMatthew hausladenProceedings of the national academy sciencesUniversity of minnesota twin citiesUniversity of minnesota department chemical engineeringCollege of scienceUniversity of minnesota department mechanical engineeringNational science foundationMinnesota twin citiesNational academyMinnesota twin cities departmentChemical engineeringResearchers assemble largest catalog

New Plant-Inspired Extrusion Process Enables Synthetic Material Growth

An interdisciplinary team of University of Minnesota Twin Cities scientists and engineers has developed a first-of-its-kind, plant-inspired extrusion process that enables synthetic material growth. The new approach will allow researchers to build better soft robots that can navigate hard-to-reach places, complicated terrain, and potentially areas within the human body.

United statesMatthew kubalaChris ellisonTim kowalewskiLaura thomsonsepBoran zhaoMatthew hausladenLorraine francis college of scienceUniversity of minnesota twin citiesUniversity of minnesota department chemical engineeringUniversity of minnesotaUniversity of minnesota department mechanical engineeringNational science foundationMinnesota twin citiesNational academyMinnesota twin cities department

Engineers discover new process for synthetic material growth, enabling soft robots that grow like plants

Engineers discover new process for synthetic material growth, enabling soft robots that grow like plants
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United statesMatthew kubalaChris ellisonTim kowalewskiBoran zhaoMatthew hausladenLorraine francis college of scienceUniversity of minnesota twin citiesUniversity of minnesota department chemical engineeringUniversity of minnesotaUniversity of minnesota department mechanical engineeringNational science foundationMinnesota twin citiesNational academyMinnesota twin cities departmentChemical engineering

Sound plus electrical body stimulation has potential to treat chronic pain says new study -- Science & Technology -- Sott net

New technique could relieve pain for individuals with various chronic and neurological conditions. A University of Minnesota Twin Cities-led team has found that electrical stimulation of the body combined with sound activates the brain's.

United statesUniversity of minnesotaJian noconCory gloecknerA university of minnesota twinUniversity of minnesota interdisciplinary fellowshipNational centerNational science foundationUniversity of minnesota centerJohn carroll universityIntegrative healthUniversity of minnesota lab startup fundsLions hearing foundationDepartment of otolaryngologyElectric for pain treatmentMinnesota twin cities led