Company Filing History:
Years Active: 2008
Title: The Innovative Mind of Stephan Guertler
Introduction: Stephan Guertler, based in Griesheim, Germany, is a notable inventor in the field of chemical compounds. With his innovative spirit, he has contributed to the advancement of technology through his patent that addresses the creation and application of pyran derivatives. His work showcases the intersection of chemistry and practical applications in liquid-crystalline media.
Latest Patents: Guertler holds a significant patent titled "Pyran derivatives containing an exocyclic double bond." This invention focuses on the synthesis of pyran derivatives represented by Formula I, as well as the processes and intermediates involved in their preparation and derivatization. The patent highlights the potential uses of these compounds in liquid-crystalline environments, providing valuable insights for both scientific research and practical applications.
Career Highlights: Stephan Guertler is currently affiliated with Merck Patent GmbH, a leading company in the pharmaceutical and chemical industries. His work at Merck has allowed him to explore innovative avenues in chemical design, contributing to a larger body of research that enhances functional materials. Guertler's expertise in chemistry is evident through the successful patenting of his work, marking a significant achievement in his career.
Collaborations: Within Merck Patent GmbH, Guertler has collaborated with esteemed colleagues, including Eike Poetsch and Volker Meyer. These partnerships exemplify the collaborative nature of innovation in the field, where diverse expertise comes together to push the boundaries of scientific knowledge and application.
Conclusion: Stephan Guertler's contributions to the world of pyran derivatives exemplify the important role of inventors in advancing science and technology. His patent reflects not only his individual creativity and expertise but also highlights the collaborative efforts within a leading company like Merck. Guertler's work continues to inspire future research and development in the field of liquid crystal technologies.