Kuo-Yun Kuo

Title: **Innovative Contributions of Kuo-Yun Kuo in Microdisplay Technology**

Introduction

Kuo-Yun Kuo, an eminent inventor located in Hsin-Chu, Taiwan, has made significant strides in the field of microdisplay technology. With a portfolio of four patents, Kuo's contributions demonstrate a commitment to advancing semiconductor design and fabrication processes. His latest innovations are particularly noteworthy, blending creativity with technical expertise.

Latest Patents

One of Kuo's most recent patents, titled "Microdisplay pixel cell and method of making it," outlines a sophisticated approach to creating microdisplay units. The invention describes a process where a semiconductor substrate is utilized to define multiple active areas. A gate is formed on this substrate, covering a portion of an active area, while source and drain regions are fashioned in the remaining part. Following this, a first dielectric layer encapsulates both the gate and the source/drain regions. The process concludes with the formation of pixel cap top and bottom plates, along with a capacitor dielectric layer, enhancing the functionality and efficiency of the microdisplay pixel cell.

Career Highlights

Kuo-Yun Kuo holds an integral role at United Microelectronics Corporation (UMC), where he applies his knowledge and skills to drive innovations in semiconductor technology. His work at UMC has positioned him as a vital contributor to the industry's advancements, particularly in microdisplay applications, ensuring high-quality and high-performance products for various uses.

Collaborations

Kuo’s innovative journey is supported by collaborations with other accomplished professionals in the field, including Kuang-Yeh Chang and Chi-Cheng Yang. These engagements foster a spirit of teamwork and creativity, enabling breakthrough developments in semiconductor technologies.

Conclusion

Kuo-Yun Kuo stands out as a leading inventor whose work in microdisplay technology is paving the way for future advancements. With a solid foundation in semiconductor fabrication processes and valuable collaborations, Kuo continues to contribute significantly to the field, showcasing the impact of innovative thinking in technology. His ongoing developments promise to influence various industries reliant on microdisplay applications, ensuring that UMC remains at the forefront of technological progress.