Papers
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Total Citations
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About
Dr. Xiao Tang is a rising leader in the field of organic optoelectronics, with a focused expertise in engineering next-generation photodetectors and optical resonant systems. Their most cited work, "Optical resonant cavities carving pathways in tunable wavelength sensitive visible-NIR organic photodetectors" (2024, 3 citations), introduces a groundbreaking approach to enhancing organic photodetector (OPD) performance. By integrating optical resonant cavities, Dr. Tang has demonstrated a method to achieve a sharp, tunable peak response at specific wavelengths across the visible and near-infrared spectrum—a critical advancement for applications in medical monitoring, optical communications, image sensing, and robotics. This work directly addresses the need for high-sensitivity, wavelength-selective detection without complex filters. Though early in their career, Dr. Tang’s contribution is notable for its potential to simplify device architectures while boosting sensitivity, marking a significant step toward practical, high-performance OPDs. Their research bridges fundamental photonics and applied device engineering, positioning them as a promising innovator in organic electronics.
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