Conference Agenda
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Please note that all times are shown in the time zone of the conference. The current conference time is: 18th June 2026, 06:05:40pm EEST
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Daily Overview |
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Research Collaboration and Exchange in Optics and Photonics: Europe–Korea
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INVITED
Utilization of Optical Coherence Tomography for Retina Study: From Realistic Phantoms to Preclinical Evaluation in Rodents and Marmosets Korea Research Institute of Standards and Science, Korea, Republic of (South Korea) This presentation discusses the comprehensive utilization of Optical Coherence Tomography (OCT) in advanced retinal research, spanning from system calibration to preclinical evaluation. We introduce a 13-layered "Super Phantom" that replicates the human retina's characteristics, providing a reliable benchmark for multimodal imaging standardization. Furthermore, we demonstrate the platform’s utility through collaborative research with Seoul National University Hospital, where our high-resolution OCT system was employed to validate adenine base editing therapies in RS1-mutant mouse models. By capturing precise in-vivo images across diverse species, including marmosets, this study establishes a robust framework for consistent retinal assessment and highlights the versatility of our imaging platform in supporting cutting-edge therapeutic developments. INVITED
High power Yb tapered double clad gain modules for industrial ultrafast fiber lasers Ampliconyx Oy, Finland Preliminary results by accomplishing of KAIST funded joint project between Ampliconyx Oy (Finland), and Laserssel Ltd., Coset, and Chosun University (ROK), for development of high-power ultrafast picosecond industrial fiber laser for material processing are presented in the current contribution. Specifically, experimental results of testing a gain module comprising large mode filed area Yb doped tapered double clad fiber for CPA scheme are presented. The gain module delivering pulses with energy up to 0.38mJ, 2MW peak power and 7ps pulse durations in various configurations at 1040nm wavelength is demonstrated. The feasibility of creating CPA MOPA system with designed gain module is discussed. INVITED
Super-resolution Imaging of Whole Vertebrate Bodies Using Expansion Microscopy Korea Advanced Institute of Science & Technology, Korea, Republic of (South Korea) . | ||
