Research Report "Physical AI: Integrated Technologies for Materials, Devices, and Implementation"

■Title: "Next-Generation AI Infrastructure and Optoelectronic Fusion Implementation - Addressing Massive Information Processing, Decoding Optoelectronic Fusion -" In the context of the rapid increase in information volume due to AI and live video, this seminar explains optical fiber communication, high-speed wireless, and semiconductor technologies that support high-speed information transmission. Participants will systematically learn about the current status and challenges of "optoelectronic fusion implementation" aimed at introducing optical transmission between and within electronic devices. 【Knowledge Gained from the Seminar】 - Basics of high-speed information transmission technology and the essence of high-speed transmission - Factors influencing high-speed transmission such as transmission medium, transmission distance, and transmission loss - Transmission methods including wired/wireless, 4G/5G, Wi-Fi 6/7 - Development history of optical fiber communication, communication methods, and transceivers - Challenges in information transmission between and within electronic devices - Current status of optoelectronic signal conversion and optoelectronic fusion implementation - Basic technologies such as optical semiconductors, silicon photonics, processors, and memory 【Target Audience for the Seminar】 - Individuals interested in high-speed information transmission technology - Those dealing with large-capacity information such as AI and video - Individuals who want to learn the basics of semiconductor and transmission technology

■ Title: "Fundamentals and Applications of Neural Network Molecular Dynamics: AI-Driven Material Design" ―― Solving issues of "computational difficulties" and "uncertainty in applicability." This seminar will systematically explain the fundamentals, strengths, limitations, and countermeasures of NNMD, along with specific implementation strategies for material development. ■ Date and Time: May 20, 2026 (Wednesday) 10:30 AM – 4:30 PM ■ Zoom Streaming (with materials) 【Knowledge Gained from the Seminar】 - Successful case studies of NN molecular dynamics simulations - Differences and advantages over conventional MD - Basic theories and computational procedures - Countermeasures for computational issues - Applicable areas and limitations - Directions and strategies for corporate implementation 【Target Audience for the Seminar】 - Those who want to introduce NN molecular dynamics - Those who want to understand the differences and features compared to conventional MD - Those who want to strengthen their ability to handle computational troubles - Those who want to grasp the applicable range and limitations - Those who want to consider utilization strategies in their companies *Those interested in related fields are also welcome.