Thermoelectric device represent an emerging technique that hold great promise for
improving energy utilization efficiency and recovery of waste heat energy. In comparison to …

The proliferation of distributed microelectronics and sensors necessitates adaptable,
scalable, and cost‐effective power supplies. Organic thermoelectric generators (TEGs) that …

Doping organic semiconductors to modify and enhance their electronic properties is a
crucial step in the development of these devices. In this study, a liquid surface is used to …

The development of n‐type organic thermoelectric materials, especially π‐conjugated small
molecules, lags far behind their p‐type counterparts, due primarily to the scarcity of efficient …

The rapid development of lithium battery technology is leading to the increasing
miniaturization of electronic devices, thereby elevating the demand for dielectric materials …

Point-of-care devices aim to improve medical treatment, by forecasting diseases before
symptoms manifest. Multipurpose, portable and easy-to-use sensing devices would increase …