This inventor holds 1 USPTO granted patent and 1 published patent application. Top assignee: University of Florida Research Foundation Inc.. Active years: 2009.
Company Filing History:
Years Active: 2009
Title: Seh-Jin Park: Innovator in Biaxially Textured Substrates
Introduction
Seh-Jin Park is a notable inventor based in Gainesville, FL (US). She has made significant contributions to the field of materials science, particularly in the development of biaxially textured substrates. Her innovative work has implications for various electronic applications, including superconductors.
Latest Patents
Seh-Jin Park holds a patent titled "Method of producing biaxially textured substrates and related articles, devices and systems." This patent describes a biaxially textured article that includes a substrate and a first buffer layer with uniaxial crystal texture. The first buffer layer is characterized by out-of-plane texture with no significant in-plane crystallographic texture. A second buffer layer, which is metal comprising, is disposed on the first buffer layer and has a biaxially textured surface. An electronically active layer, such as a superconductor layer, can be placed on the second buffer film. Additionally, ion-beam assisted processes can be utilized to biaxially texture the surface of the second buffer film after its deposition. Seh-Jin Park has 1 patent to her name.
Career Highlights
Seh-Jin Park is affiliated with the University of Florida Research Foundation Inc., where she continues her research and development efforts. Her work is recognized for its potential to advance technologies in the field of electronics and materials science.
Collaborations
Seh-Jin Park collaborates with David P Norton, contributing to the advancement of research in their field. Their partnership enhances the innovative capabilities of their projects.
Conclusion
Seh-Jin Park is a pioneering inventor whose work on biaxially textured substrates is paving the way for advancements in electronic materials. Her contributions are significant in the realm of materials science and continue to influence future innovations.