Transparent microelectrodes represent a new class of bioelectronic interfaces that enable fast‐response electrical recording and optical mapping with high spatial resolution. This review summarizes recent advances in transparent microelectrode systems for biomedical applications, including concurrent electrical–optic...
High-precision flexible circuits are essential for the miniaturization of flexible sensors. However, limitations in existing flexible circuit manufacturing technologies have restricted their widespread application in physiological signal monitoring. To address these challenges, this study develops a new method for tran...
Stretchable materials are essential for wearable bioelectronic applications. However, current strategies still remain challenging to achieve fully integrated stretchable bioelectronic devices due to the limited electrical functionality and the complex fabrication processes of stretchable materials. Here, we develop m...
Fabricating emerging photovoltaics on ultrathin polymer substrates (~1µm) significantly minimizes areal mass and flexural rigidity, unlocking exceptional power-per-weight ratios exceeding 40Wg⁻¹ and self-adhesive conformability to dynamic biological surfaces. Recent progress has steadily closed the power conversion eff...
Abstract The growing use of microelectrodes in medical technology requires scalable manufacturing processes for high-quality, reproducible, and biocompatible insulation layers. This need is particularly evident in advanced neuroprosthetic systems for upper-limb amputees, where reliable neural and muscular interfaces ar...
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