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Electronics with tunable shape and stiffness can be applied in broad range of applications because their tunability allows their use in either rigid handheld form or soft wearable form, depending on needs. Previous research has enabled such reconfigurable electronics by integrating a thermally tunable gallium‐based platform with flexible/stretchable electronics. However, supercooling phenomenon caused...
In article number 2007239, Byung Jin Cho, Jae‐Woong Jeong, and co‐workers present a design strategy for transformative electronics capable of rapid bidirectional stiffness tuning. Transformative electronics are built on a gallium platform interfaced with graphene and a flexible thermoelectric device (f‐TED). The graphene works as a catalyst to mitigate the supercooling phenomenon in the liquid‐to‐solid...
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