Company Filing History:
Years Active: 2011-2012
Title: Innovations of Edward Lee Leventhal in Lidar Technology
Introduction: Edward Lee Leventhal, an accomplished inventor based in Brookeville, MD, has made significant contributions to the field of lidar technology. With a robust portfolio of 2 patents, Leventhal focuses on enhancing remote detection methods through innovative devices.
Latest Patents: Leventhal's latest invention is a polarization switching lidar device, designed for the remote detection and characterization of airborne aggregations of particulates. This sophisticated device incorporates a pulsed laser, a mirror, and a polarizing beam splitter. It features an actively controlled retarder that can switch between a zero retardation state and a quarter-wave retardation state. In its zero-state, the emitted laser light beam is linearly polarized, while it becomes circularly polarized in the quarter-wave state. The design includes a directable telescoping assembly to collect backscattered photons, directing them to the polarizing beam splitter. A photodetector then generates electronic signals correlating to the collected photons, a vital component for accurate detection and analysis.
Career Highlights: Edward Lee Leventhal is currently affiliated with Sigma Space Corporation, where he applies his expertise in developing cutting-edge technologies in lidar systems. His work is instrumental in advancing the capabilities of remote sensing technologies, making significant impacts in environmental monitoring and atmospheric studies.
Collaborations: Leventhal collaborates with talented colleagues, including Savyasachee Liptarag Mathur and Yunhui Zheng, enhancing the innovative strength within Sigma Space Corporation. Their teamwork fosters a creative environment conducive to breakthrough technologies.
Conclusion: Edward Lee Leventhal stands out as a noteworthy inventor in the field of lidar technology, with his innovative contributions paving the way for enhanced detection systems. His patents reflect a commitment to addressing challenges in atmospheric research through sophisticated engineering solutions.