Stretchable electronics represent a new generation of electronics that utilize soft, deformable
elastomers as the substrate or matrix instead of the traditional rigid printed circuit boards. As …

Thermoregulatory garments composed of liquid‐cooled plastic tubes have users ranging
from astronauts to multiple sclerosis patients and are emerging as a flexible cooling solution …

Thermal management materials have become increasingly crucial for stretchable electronic
devices and systems. Drastically different from conventional thermally conductive materials …

The understanding of heat conduction during finger contact with cooler or hotter objects is
important for designing many electronic devices and for setting safety standards in a variety …

Micro-scale inorganic light-emitting diodes (μ-ILEDs) integrated with human skin have been
widely used in blood oxygen saturation monitoring, wound healing acceleration and other …

A one-dimensional analytic thermal model for the flexible electronic devices integrated with
human skin under a constant and pulsed power is developed. The Fourier heat conduction …

The orthotropic material with the in-plane thermal conductivity much larger than the off-plane
one can control the heat flow direction. This feature provides unique benefits in thermal …

The order-2 self-similar serpentine interconnects (SSIs) that joint rigid, functional devices
can ensure mechanical integrity and stretchability in electronic systems under large …

Thermal contact resistance at the finger-object interface plays a significant role in our
thermal perception and is an important parameter for the design of a myriad of electronics …

Epidermal electronic devices (EEDs) that are ultrathin and ultrasoft can provide intimate
contact to the skin and show great promise in human health monitoring. For the EED/skin …