Kyuho Lee

Title: Kyuho Lee: Advancing Semiconductor Modeling and Atomic-Scale Simulation.

Introduction

Kyuho Lee is an inventor based in Albany, California, whose patent work focuses on computational methods for studying materials and semiconductor systems. He is associated with Synopsys, Inc., and has 3 patents.

Latest Patents

Lee’s recent patent work includes innovations in atomic-structure optimization and methods for estimating chemical potentials in compound semiconductors.

“Atomic structure optimization” describes a computer system with a control module that coordinates ab initio atomic-structure modules. These modules simulate structures and materials at multiple scales to help evaluate their potential use in integrated-circuit devices. The system can model atomic-scale behavior using parameters or configurations that change through iterative transformations.

“Method to approximate chemical potential in a ternary or quaternary semiconductor” presents a way to estimate the chemical potentials of elements in compound semiconductors, including III-V materials. The method solves multiple relationships together, accounting for total energy, atomic-density balance between group III and group V elements, and mole-fraction ratios within those groups.

Career Highlights

Lee’s patent portfolio reflects work at the intersection of computational materials science and semiconductor engineering. The inventions address tools for evaluating materials and approaches for estimating properties relevant to semiconductor compounds.

Collaborations

Lee’s listed coworkers include Ashutosh Kumar and Yong-Seog Oh. His association with Synopsys, Inc., places his work within a company focused on software and engineering solutions for semiconductor design and development.

Conclusion

Kyuho Lee’s patents highlight computational approaches to atomic-scale simulation and semiconductor-material analysis, supporting the evaluation and development of materials for integrated-circuit applications.