Binlin Wu

Title: Innovations by Binlin Wu in Virus Detection and Imaging Technologies

Introduction

Binlin Wu is an accomplished inventor based in Forest Hills, NY, with a focus on advanced technologies for virus detection and imaging. He holds two patents that showcase his innovative contributions to the field of biomedical engineering. His work is particularly relevant in the context of public health, especially in the detection of viruses such as SARS-CoV-2.

Latest Patents

Wu's latest patents include the development of a Compact Optical Virus Detection Analyzer (COVDA). This device utilizes light scattering and fluorescence to detect nanometer and micrometer-sized biological particles, including viruses, pollen, and bacteria. The COVDA is designed for prescreening and rapid detection of suspicious individuals, employing Tryptophan as a key biomarker. The technology incorporates various light sources, including Xenon lamps, LEDs, and laser diodes, to generate specific wavelengths for effective virus detection.

Another significant patent is the Time Reversal Optical Tomography (TROT) method. This innovative approach enables near-infrared diffuse optical imaging of targets embedded in highly scattering turbid media. TROT combines time reversal invariance with subspace-based signal processing to accurately locate targets, demonstrating its potential for early detection of breast tumors in realistic models.

Career Highlights

Binlin Wu is affiliated with the City University of New York, where he continues to advance his research in optical technologies. His work has significant implications for medical diagnostics and public health safety.

Collaborations

Wu collaborates with notable colleagues, including Wei Cai and Swapan Kumar Gayen, contributing to a dynamic research environment that fosters innovation and discovery.

Conclusion

Binlin Wu's contributions to virus detection and imaging technologies highlight the importance of innovation in addressing public health challenges. His patents reflect a commitment to advancing biomedical engineering and improving diagnostic methods.