Company Filing History:
Years Active: 2020-2024
Title: Innovations by Felix Neugart: A Spotlight on His Contributions
Introduction
Felix Neugart is a notable inventor based in Mannheim, Germany, recognized for his contributions to optical technology. With a total of four patents to his name, his work has significantly influenced the field of acousto-optics and imaging systems.
Latest Patents
Neugart's latest patents include an acousto-optical device and a scanning microscope. The acousto-optical device comprises an apparatus designed to reduce the chromatic spread angle of light diffracted at an acousto-optic element. The configuration features both a first and a second focusing optical unit, strategically placed in the beam path of an incident light beam. This ingenious design allows for the generation of diffracted light from a virtual interaction point.
The scanning microscope patent details an innovative system where an objective focuses an illuminating light bundle onto a sample. It includes a scanning unit that deflects the light bundle, enabling a scanning movement, and a detection unit that employs a spectrally selective component. This configuration improves the spectral influencing of the detection light bundle, enhancing the overall imaging process.
Career Highlights
Felix Neugart works at Leica Microsystems GmbH, a company known for its advanced optical instruments and imaging systems. His innovative spirit and dedication have contributed to the company's reputation in the field of microscopy and photonics.
Collaborations
Neugart collaborates with talented individuals in his field, including coworkers Hilmar Gugel and Ingo Boehm. These partnerships enhance the creativity and effectiveness of their research initiatives, leading to impactful technological advancements.
Conclusion
Felix Neugart's inventive prowess and his latest patents showcase his commitment to improving optical technologies. His work at Leica Microsystems GmbH positions him as a significant contributor to the advancements in microscopy and acousto-optic devices, ensuring continued growth and innovation within the field.