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In article number 1900572, Dan Zhao, Magnus P. Jonsson, and co‐workers present a new sensor capable of detecting heat, light, and warm touch. The presented concept of (plasmon‐driven) thermodiffusion‐assisted pyroelectrics combines and enhances the performance of pyroelectric and ionic thermoelectric materials. The concept provides both rapid and stable sensor signals and could be useful in applications...
Sensors for monitoring temperature, heat flux, and thermal radiation are essential for applications such as electronic skin. While pyroelectric and thermoelectric effects are suitable candidates as functional elements in such devices, both concepts show individual drawbacks in terms of zero equilibrium signals for pyroelectric materials and small or slow response of thermoelectric materials. Here,...
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