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Years Active: 2023
Title: Innovations by Shaloo Rakheja: Pioneering Photoconductive Semiconductor Switches
Introduction
Shaloo Rakheja is an innovative inventor based in Urbana Champaign, IL, known for her groundbreaking work in the field of photoconductive semiconductor switches. With a unique patent to her name, Rakheja is carving a niche in electrical engineering and material science.
Latest Patents
Shaloo Rakheja holds a patent for her invention titled "Pulse Compression Photoconductive Semiconductor Switches." This invention describes a photoconductive switch that utilizes materials capable of negative differential mobility. The operation of this switch leverages pulse compression to generate precise "on" and "off" times of a pulse through the interaction of a charge cloud's behavior with the speed of light. The detailed method involves selecting key parameters such as voltage, spot size of a laser pulse, temporal pulse width, and intensity, enabling optimal performance in regions where the light-absorbing material exhibits negative differential mobility. Illumination of the material with a laser pulse generates a charge cloud, demonstrating the switch's efficient operation.
Career Highlights
Shaloo Rakheja has contributed her expertise to notable organizations including Lawrence Livermore National Security, LLC and the University of Illinois. Her tenure at these institutions highlights her commitment to advancing technology and fostering research innovation.
Collaborations
Throughout her career, Rakheja has worked alongside esteemed colleagues like Lars F. Voss and Adam M. Conway. These collaborations have further enriched her professional journey and contributed to the collective advancement in photoconductive technology.
Conclusion
Shaloo Rakheja's contributions to the field of photoconductive semiconductor switches underline her role as a significant figure in innovation and technology. With her patented work and industry collaborations, she continues to inspire future advancements in electrical engineering and material science.