Company Filing History:
Years Active: 2002
Title: Innovations by Wu-Shun Wang: Pioneering Low Noise Magnetic Recording Media
Introduction: Wu-Shun Wang is an accomplished inventor based in Hsinchu, Taiwan. He holds a patent for a groundbreaking invention in the field of magnetic recording media. With an impressive focus on reducing noise levels in magnetic recordings, Wang's work represents significant advancements in data storage technology.
Latest Patents: Wu-Shun Wang's patent is titled "Low Noise Magnetic Recording Media Having an Interlayer Film." This patent reveals a novel magnetic recording medium that utilizes a nonmagnetic interlayer situated between a chromium-based underlayer and a cobalt magnetic layer. The interlayer comprises various materials, specifically Co, Cr, and others, to enhance performance. The innovation aims to adjust the lattice mismatch between the interlayer and underlayer, promoting the formation of texture and epitaxial layers, which are crucial for noise reduction in magnetic recordings.
Career Highlights: Wang is associated with Trace Storage Technology Corporation, where he continues to contribute to advancements in data storage technologies. His research and development efforts focus on enhancing the efficacy of magnetic recording through innovative material applications. With a patent count of one, his contribution to the field is notable, as it showcases his dedication to addressing real-world challenges in the data storage industry.
Collaborations: In his endeavors, Wu-Shun Wang has collaborated with notable colleagues, including Jack Chang and Gina Liang. Their teamwork exemplifies a shared commitment to exploring innovative technologies and advancing research in the domain of magnetic recording media.
Conclusion: Wu-Shun Wang's contributions to the field of magnetic recording technology demonstrate the potential for innovation to transform data storage solutions. Through his inventive patent, he is paving the way for quieter and more efficient recording media, marking a significant milestone in the evolution of magnetic data storage.