Company Filing History:
Years Active: 2015-2018
Title: Katsuhiko Miyamoto: Innovator in Crystallography and Organic Structures
Introduction
Katsuhiko Miyamoto, a distinguished inventor based in Chiba, Japan, has made significant contributions to the fields of crystallography and organic structure manipulation. With a total of three patents to his name, he focuses on innovative methods that utilize optical vortices for the production of amino acid and protein crystals, along with organic helical structures.
Latest Patents
Among his latest patents, Miyamoto has developed two noteworthy methodologies. The first patent outlines a Method for Producing Amino Acid Crystals, which involves irradiating a saturated solution of amino acids with an optical vortex to effectively deposit crystalline forms. This patent emphasizes the use of amino acids such as alanine, arginine, and many others in the crystallization process.
The second patent describes a Method for Producing Organic Helical Structures, which presents an innovative application of optical vortices to create nanoscale helical designs on the surface of macromolecules that exhibit photoisomerization reactions. This method aims to enhance the formation of these structures, bringing forth new possibilities in materials science and nanotechnology.
Career Highlights
Katsuhiko Miyamoto is affiliated with Chiba University, where he engages in research and development, continuously pushing the boundaries of current scientific understanding. His unique approaches to crystallization and structural manipulation have established him as a leading figure in his field.
Collaborations
Miyamoto's work is complemented by his collaboration with fellow researcher Takashige Omatsu, further enriching the innovative output from their efforts at Chiba University. This partnership exemplifies the spirit of collaborative research that fosters advancements in scientific innovation.
Conclusion
Katsuhiko Miyamoto's inventive spirit and dedication to scientific exploration underscore the importance of innovation in the fields of crystallography and organic structures. His contributions not only advance our understanding of chemical processes but also open avenues for future research and application in technology and material science.