Abstract: Knitting is a technology that has a thousand-year-old history, and can be normally seen in our daily lives. The knitted structure is constructed by the interwoven yarns that are constrained by themselves, exhibiting extreme ...

Abstract: A recently developed transfer printing technique, laser-driven noncontact microtransfer printing, which involves laser-induced heating to initiate the separation at the interface between the elastomeric stamp (e.g., ...

Abstract: Researchers have been studying the pain sensation extensively in the past few decades. Quantitative simulation and theoretical modeling of pain sensation based on experimental results are necessary for pain research. Many ...

Abstract: Stretchable electronic systems based on controllable compressive buckling can be further endowed with superior compliance and stretchability. However, such systems are usually restrained by the interference from different ...

Abstract: The trench design of substrate together with curvy interconnect formed from buckling provides a solution to stretchable electronics with high areal coverage on an ultrathin substrate, which are critically important for ...

Abstract: An analytical model, validated by experiments and finite element simulations, is developed to study the thermal imaging of singlewalled carbon nanotube (SWNT) devices by scanning Joule expansion microscopy (SJEM). A simple ...