Company Filing History:
Years Active: 2005
Title: Innovator Spotlight: Chris Braunagel and His Patented Method for Macro-Molecular Structures
Introduction: Chris Braunagel, an esteemed inventor based in St. Petersburg, FL, has made noteworthy contributions to the field of macro-molecular science. With one patent to his name, he has developed a groundbreaking method for producing three-dimensional macro-molecular structures, showcasing the intersection of scientific innovation and practical application.
Latest Patents: Braunagel holds a patent titled “Method for producing a three-dimensional macro-molecular structure.” This innovative method involves creating a three-dimensional structure on a substrate within a vacuum environment. His approach includes the provision of a solvent solution mixed with macro-molecular species, which upon ionization, generates ionized molecules of both the solvent and the macro-molecular species. The first electrical charge of the solvent's ionized molecules and the second electrical charge of the macro-molecular species molecules play a pivotal role in the process, as they repel each other, facilitating the deposition of the macro-molecular species on the substrate and leading to the assembly of the three-dimensional structure.
Career Highlights: As an inventor, Chris Braunagel is associated with the University of South Florida, where he continues to push the boundaries of research in the field. His work not only reflects his dedication to innovation but also enhances the academic community's understanding of macro-molecular dynamics.
Collaborations: Braunagel collaborates with notable colleagues, including Rudiger Schlaf and Joern Kohlscheen. Their collective expertise in macro-molecular science greatly contributes to advancing research and development within their team.
Conclusion: Chris Braunagel exemplifies the spirit of innovation with his unique method of producing three-dimensional macro-molecular structures. His work, rooted in collaboration and scientific inquiry, continues to have a profound impact on the field, paving the way for future advancements in macro-molecular applications.