Jesse J Elliott

Title: Jesse J Elliott: Innovator in Holographic Video Microscopy

Introduction

Jesse J Elliott, based in New York, NY, is an accomplished inventor with a focus on advancing holographic characterization technologies. With two patents to his name, Elliott's work plays a significant role in the analysis of non-spherical particles, offering innovative solutions that push the boundaries of current scientific methodologies.

Latest Patents

Elliott's latest patents include the groundbreaking work on "Holographic characterization of irregular particles" through Holographic Video Microscopy. This invention discloses methods for analyzing non-spherical particles by applying light scattering theory to holography data. By implementing effective sphere theory, the reflective index of spheres that comprise target particles can be extracted. The technology allows for known particles to be co-dispersed with unknown particles in a medium, enabling the determination of essential properties, such as porosity, of the unknown particles using holographic video microscopy.

Career Highlights

Jesse has made significant contributions to the field of microscopy through his affiliations with prestigious institutions. He has worked at New York University, where he has engaged in cutting-edge research. Furthermore, his tenure at Spheryx, Inc. has allowed him to apply his innovations in practical and commercial settings, enhancing the impact of his work on the industry.

Collaborations

Throughout his career, Elliott has collaborated with notable peers, including David G Grier and Laura A Philips. Working alongside such esteemed professionals has enriched his research and propelled the development of his inventions, fostering advancements in the understanding of particle characterization.

Conclusion

Jesse J Elliott's contributions to the field of holographic video microscopy stand as a testament to his innovative spirit and dedication to scientific advancement. With his patents, he continues to influence various industries, enhancing the methodologies used to analyze complex materials. As he continues his work, the potential for further advancements in this domain remains promising.