Company Filing History:
Years Active: 2014-2015
Title: **Innovative Inventor Marcus Duelk from Richterswil, CH**
Introduction
Marcus Duelk, an accomplished inventor based in Richterswil, Switzerland, has made significant contributions to the field of optical technology. With a total of two patents to his name, his work showcases innovation in the design and functionality of light sources and optical coherence tomography systems.
Latest Patents
Duelk's recent patents include a **light source** and an **optical coherence tomography module**. The optical coherence tomography module features a swept wavelength light source, with an integrated wavemeter designed to improve measurement accuracy. The wavemeter effectively diverts a portion of light from the main beam, utilizing a wavelength selective filter and two detectors to gauge transmitted and reflected radiation intensities. This sophisticated setup enhances the capabilities of optical coherence tomography apparatuses, ensuring precise imaging applications.
Career Highlights
Throughout his career, Marcus Duelk has demonstrated his skill in creating groundbreaking optical solutions. His patents reflect deep insights into semiconductor gain devices and optical resonator configurations, establishing him as a prominent figure in the innovation of light technologies. His innovative spirit continues to drive advancements in optical coherence applications.
Collaborations
Working at Exalos AG, Duelk has collaborated with talented colleagues such as Jan Lewandowski and Christian Velez. Together, they contribute to the dynamic research environment, fostering creativity and innovation in optical technology.
Conclusion
Marcus Duelk stands out as an inventive mind in the realm of optical technologies, continuously pushing the boundaries of what is possible through his patent contributions. His work not only exemplifies individual ingenuity but also highlights the collaborative nature of innovation within the field. As we look to the future, Duelk's contributions will undoubtedly inspire further developments in optical coherence and light source technologies.