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Characterization of the thermal properties of the surface and subsurface structures of the skin can reveal the degree of hydration, the rate of blood flow in near‐surface micro‐ and macrovasculature, and other important physiological information of relevance to dermatological and overall health status. Here, a soft, stretchable thermal sensor, based on the so‐called three omega (i.e., 3ω) method,...
Yonggang Huang, John A. Rogers, and co‐workers report a flexible and stretchable sensor for the thermal characterization of human skin in article number 1701282. Based on the 3ω method, potential applications of the sensor could range from non‐invasive use to surgical tools, or even implantable devices.
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