Publications

SML and the Herman Lab at Univ. Toronto have teamed up to introduce a novel thin-film circuit architecture that is

We have introduced a method for creating electrical circuits that are soft, stretchable, and self-repairing. The material is composed of

Low voltage electrochemistry is used to reversibly combine and separate droplets of liquid metal (eutectic gallium indium). Like the source

SML collaborated with the Sitti Lab at Max Planck to introduce a soft robot gripper capable of robust adhesion to

“High thermal conductivity in soft elastomers with elongated liquid metal inclusions” was accepted for publication in Proceedings of the National

“Stretchable, High-k Dielectric Elastomers through Liquid-Metal Inclusions” was accepted for publication in Advanced Materials and is now available online [publisher

Congratulations to Navid for getting his paper “Gelation and mechanical response of patchy rods” featured on the back cover of

Our paper with the Dickey Group made the cover of J Materials Chemistry C! Special thanks to Ishan Joshipura and

Congratulations to Tong Lu and our collaborators Martin Weigel and Ju ̈rgen Steimle from the Max Planck Institute for Informatics,

We have developed a novel conductive elastomer that has 100-1000x the volumetric conductivity of carbon-filled elastomers with similar elastic modulus.

Together with Prof. Oliver O’Reilly and Xuance Zhou at UC Berkeley, we have applied an elastic rod theory to examine