Overview
Here’s a cutting-edge opportunity to learn from a leader in optical computing advancements.
Join us for the next lecture in the ECE Distinguished Research Lecture Series, featuring Dr. Pandelis Diamantopoulos from NTT Labs, Japan. This seminar will delve into cutting-edge advancements in heterogeneously-integrated membrane lasers, which are pushing the boundaries of high-speed optical communication, computing, and interconnects.
Abstract
This talk will explore the latest breakthroughs in membrane III-V on Si(C) lasers and their role in ultra-fast, energy-efficient optical systems. These innovations enable high-speed data transmission while significantly reducing power consumption. Dr. Diamantopoulos will highlight:
- Communication speeds exceeding 300 Gbps per laser and 1.6 Tbps for laser arrays
- The role of photonic neural networks in next-generation computing
- How these advancements impact optical interconnects and high-performance computing
About the Speaker
Dr. Pandelis Diamantopoulos (Senior Member, IEEE/Optica) is a leading researcher in integrated photonics and semiconductor laser systems at NTT Corporation, Japan. With a Ph.D. from Osaka University and a strong background in high-speed optical communication, he has contributed to over 90 research papers and multiple patents. His work focuses on next-generation laser technology for computing and data centers.
Who should attend?
This lecture is ideal for students, researchers, and professionals in:
- Neural Networks & AI Hardware
- Optical Communications & Photonics
- Semiconductor & Laser Technology
- High-Performance Computing