Yu Horie

Title: Yu Horie: Revolutionizing Eyewear with Tunable and Foveated Lens Systems

Introduction:

In the realm of eyewear innovation, Yu Horie, based in Pasadena, CA, has emerged as a brilliant inventor and patent holder. With a remarkable portfolio of 17 patents, Horie has made groundbreaking advancements in the field using tunable and foveated lens systems. Let's explore his latest patents, career highlights, collaborations, and the significant contributions he has made to the eyewear industry.

Latest Patents:

One of Horie's recent patents involves the development of tunable and foveated lens systems for eyeglasses. These adjustable lenses are designed to align with the user's eyes individually. By combining foveated liquid crystal adjustable lenses with non-liquid-crystal lenses such as fluid-filled or Alvarez lenses, Horie has pushed the bounds of optical customization.

These adjustable lenses feature electrically modulated optical materials, like liquid crystal cells, with arrays of electrodes extending in multiple directions. Control circuitry applies precise control signals to each liquid crystal cell's electrode array, facilitating the creation of desired phase profiles. The foveated nature of the lenses ensures different phase profiles within the user's gaze and outside of it. Additionally, the control circuitry allows the optically distinct area to remain aligned with the user's gaze.

Career Highlights:

Throughout his career, Yu Horie has been deeply involved in the development of innovative eyewear technologies. His work has spanned across prestigious institutions and prominent companies, showcasing his versatility and expertise in this field. Notably, Horie has been associated with the California Institute of Technology, a world-renowned institution renowned for its contributions to cutting-edge research. Additionally, he has contributed his skills and knowledge to Samsung Electronics Co., Ltd., an industry leader in consumer electronics.

Collaborations:

Horie's passion for innovation has led him to collaborate with like-minded individuals, furthering the impact of his work. Among his notable colleagues are Andrei Faraon and Amir Arbabi, who have played instrumental roles in advancing the field of eyewear technology. Collaborations of this nature foster a vibrant exchange of ideas, leading to more impressive breakthroughs.

Conclusion:

Yu Horie's extensive patent portfolio, with a focus on tunable and foveated lens systems, showcases his dedication to revolutionizing eyewear technology. His innovative work in developing adjustable lenses has the potential to reshape the way we perceive and interact with our surroundings. As Horie continues to pioneer advancements in the field, his collaborations exemplify the power of collective expertise in driving innovation. With his contributions, he is undoubtedly leaving a lasting impact on the eyewear industry, and we eagerly look forward to the next evolutionary step in this field.