Company Filing History:
Years Active: 2005
Title: Joern Kohlscheen: Innovator in Three-Dimensional Macro-Molecular Structures
Introduction
Joern Kohlscheen, an inventive researcher based in Tampa, FL, has made significant strides in the field of macro-molecular structures. With a focus on creating innovative technologies, Kohlscheen’s work has resulted in a patent that enhances the production of three-dimensional macro-molecular structures, a vital advancement for various scientific applications.
Latest Patents
Kohlscheen holds a patent for a novel method for producing a three-dimensional macro-molecular structure. This method involves creating a solution of a solvent and a macro-molecular species, which is ionized to generate ionized molecules with distinct electrical charges. The ionized solvent molecules and the macro-molecular species naturally repel each other, leading to the precise deposition of the macro-molecular species on a substrate within a vacuum. This innovative technique enables the production of complex three-dimensional structures that could have applications in diverse fields such as biotechnology and materials science.
Career Highlights
Joern Kohlscheen has made his mark at the University of South Florida, where he contributes to research and innovation in macro-molecular technology. His career highlights include not only the granted patent but also various research projects that showcase his expertise in ionization and molecular structuring.
Collaborations
Kohlscheen collaborates with notable colleagues, including Rudiger Schlaf and Chris Braunagel, both of whom contribute to the advancement of research in the field. These collaborations reflect a strong network of skilled professionals dedicated to fostering innovation and expanding the boundaries of current technologies.
Conclusion
Joern Kohlscheen is an exemplary inventor whose work in developing a method for producing three-dimensional macro-molecular structures exemplifies the importance of innovation in scientific research. His contributions at the University of South Florida and through collaborations demonstrate how dedicated efforts in research and development can lead to significant technological advancements.