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Powering Silicon Photonics with CMOS-Compatible Slow-Light Devices
Toshihiko Baba (Yokohama National University)
Silicon photonics is a global platform for large-scale photonic integration, yet its performance scaling is approaching fundamental and practical limits as fabrication technologies mature. CMOS-compatible slow-light devices provide a compelling solution by dramatically enhancing on-chip functionality without sacrificing manufacturability. This plenary talk highlights the impact of slow-light components through their application to high-speed, low-power optical transmitters and solid-state LiDAR systems.
Toshihiko Baba received the Ph.D. degree from Yokohama National University in 1990. He became an associate professor and a full professor at the same university in 1994 and 2005, respectively. His research interests include ARROW waveguides, VCSELs, micro- and nano-lasers and spontaneous emission control, photonic crystals, silicon photonics, slow light, biosensors, high-speed modulators, and solid-state LiDAR. He is a Fellow of IEEE, Optica, and JSAP, and an Associate Member of the Science Council of Japan. He served as a Vice President of JSAP during 2018-2020 and 2026-2028. He received the JSPS Prize in 2006, served as an IEEE/LEOS Distinguished Lecturer in 2006-2007, received the Commendation for Science and Technology from MEXT in 2016, and was awarded the Medal with Purple Ribbon in 2024.

Advances in Wideband Photonic Platforms Enabled by Hollow-Core Fibre Technology
Periklis Petropoulos (Optoelectronics Research Centre, University of Southampton)
We are experiencing a period marked by major transformations in optical fibre technologies. Hollow-core fibres, increasingly sophisticated photonic integration, the rapid deployment of AI-driven services, and the emergence of quantum computing as a technology nearing viability are driving innovation in the field. These advances create new opportunities for photonics in a fast-moving technological environment. This talk will review recent developments central to this evolution, with an emphasis on hollow core fibres, whose impact extends across fibre optics and stimulates advances in new amplifier technologies and photonic material platforms that operate over previously underused wavelength ranges. I will also highlight optics-assisted signal processing approaches leading to future scalable, energy-efficient HCF based communication systems.
Periklis Petropoulos serves as Professor of Optical Communications and Deputy Director of the Optoelectronics Research Centre (ORC) at the University of Southampton. The ORC is one of the world's leading photonics institutes, with around 300 researchers and a long history of innovation in optical fibre technology, lasers and advanced photonic systems that underpin modern telecommunications and today's global internet. His association with the ORC began early in his career and has continued ever since. Born in Patras, Professor Petropoulos graduated from the Department of Electrical Engineering at the University of Patras, and received his PhD from the ORC in the field of Optical Telecommunications.
He has produced over 600 research publications in international journals and conferences, including many invited and post-deadline presentations at leading conferences in the field. He has led and participated in major research projects funded by the EU and the UK, and holds several patents in photonics.
Through his work, Professor Petropoulos has made a significant contribution to advancing the technologies that enable fast and reliable communication worldwide. His research focuses on topics that include all-optical signal processing, novel optical fibres and waveguides, and nonlinear photonics. To date, he has supervised (or is supervising) the doctoral research of 25 PhD students.
Professor Petropoulos has served on the technical and organising committees of major international conferences (including ECOC and OFC), and is the incoming co-Chair of ECOC 2029. He is Editor-in-Chief of the academic journal IET Optoelectronics, and is a Fellow of Optica.

TBD
Jongsik Lee (KT)