Company Filing History:
3 out of 349 
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1 out of 5,463 
Years Active: 2015-2025
Title: Innovations of Chang-Yong Nam: Patterning by Area Selective Oxidation
Introduction: Chang-Yong Nam is a distinguished inventor based in Coram, NY, recognized for his innovative contributions in the realm of material patterning. With a focus on advanced methodologies, Nam has made significant strides in enhancing technologies essential for substrate applications.
Latest Patents: Chang-Yong Nam holds a patent titled "Patterning by Area Selective Oxidation." This inventive work describes methods for producing a precise pattern of a material on a substrate. The process involves utilizing a patterned block copolymer, which consists of two distinct polymer block domains. The methodology includes exposing the copolymer to light to oxidize the first polymer block domain, allowing a precursor to infuse into this oxidized area, subsequently generating the desired material. Finally, a removal agent is applied, effectively eliminating the first and second polymer block domains while preserving the material formed in the oxidized domain.
Career Highlights: Nam's career is marked by his collaboration with Brookhaven Science Associates, LLC, where he has been able to leverage his expertise in materials science to advance his patent work. His keen insight into the intersection of chemistry and engineering has enabled him to develop novel approaches to area selective oxidation, which holds potential applications in various technological fields.
Collaborations: Throughout his career, Chang-Yong Nam has collaborated with prominent professionals, including Jovan Kamcev and Charles Thomas Black. These collaborations not only amplify the scope of his inventions but also foster a dynamic exchange of ideas that drive innovation forward.
Conclusion: Chang-Yong Nam's inventive spirit and dedication to advancing material patterning technologies underscore his role as a key inventor in the field. With his patented methods, he continues to pave the way for new possibilities in substrate applications, demonstrating the profound impact of innovative thinking in science and engineering.