Company Filing History:
Years Active: 2025
Title: Shalin Mehta: Innovator in Optical Measurement Technologies
Introduction
Shalin Mehta is a prominent inventor based in San Francisco, CA. He has made significant contributions to the field of optical measurement technologies, holding two patents that showcase his innovative approach to measuring the optical properties of specimens.
Latest Patents
Shalin's latest patents include a "Method and system for quantitative three-dimensional measurement of density, anisotropy, and orientation without label" and a "Method and system for spectral imaging of density, anisotropy, and orientation." The first patent describes a method for measuring optical properties of a uniaxial specimen by generating various illumination patterns and collecting sample light. This process involves using a polarization state analyzer to form polarization channels and converting these into Stokes parameter maps for volumetric measurement of the specimen's permittivity tensor. The second patent outlines a method for measuring optical properties by generating illumination light at multiple wavelengths, collecting sample light, and utilizing a polarization state analyzer to form polarization channels. This method allows for multiplexing intrinsic measurements of density, anisotropy, and orientation.
Career Highlights
Shalin Mehta is currently associated with Cz Biohub SF, LLC, where he continues to advance his research in optical measurement technologies. His work has positioned him as a key figure in the field, contributing to innovative solutions that enhance the understanding of optical properties in various specimens.
Collaborations
Shalin collaborates with notable colleagues, including Ivan Ivanov and Li-Hao Yeh, who contribute to his research endeavors and help drive innovation in their projects.
Conclusion
Shalin Mehta's work in optical measurement technologies exemplifies the spirit of innovation and dedication to advancing scientific understanding. His patents reflect a commitment to developing methods that enhance the measurement of optical properties, making significant strides in the field.