Company Filing History:
1 out of 1,575 
1 out of 35 Years Active: 2022
Title: The Innovative Mind of Minwoo Kweun: Pioneering Anisotropic Media Technology
Introduction: Minwoo Kweun, an inventive mind based in Seoul, South Korea, is making waves in the scientific community with his groundbreaking work in anisotropic media. His notable invention focuses on the full transmission of obliquely incident elastic waves, a fundamental aspect in various fields including acoustics and materials science.
Latest Patents: Kweun holds a significant patent titled "Anisotropic Media for Full Transmission of Obliquely Incident Elastic Waves". This patent outlines a unique anisotropic medium designed to facilitate the complete transmission of elastic waves, including both longitudinal and shear waves, regardless of their oblique incidence angles. The invention emphasizes conditions like phase matching and polarization matching necessary to achieve full transmission, making it a valuable advancement in wave propagation technology.
Career Highlights: Throughout his career, Minwoo Kweun has collaborated with premier institutions such as Seoul National University and the Center for Advanced Meta-materials. His work at these esteemed organizations has not only helped in developing innovative solutions but also in fostering an environment ripe for scientific research and exploration.
Collaborations: Kweun has had the opportunity to work alongside talented individuals like Jeseung Lee and Yoon Young Kim. These collaborations have likely enriched his research experience and contributed to the innovative outcomes of his projects in anisotropic media.
Conclusion: Minwoo Kweun's contributions to the field of anisotropic media represent a significant advancement in understanding wave behavior and transmission. His patent embodies a fusion of theoretical knowledge and practical application, setting a precedent for future inventions in the realm of elastic wave transmission. As he continues his research, the impact of his work is certain to resonate throughout both academic and industrial communities.