Pacific Rim Laser Damage Conference 2025

September 24-26, 2025 | Nasu Onsen, Japan

Laser Optics Setup

Exploring the Frontier of High Strength Optics for High Power Lasers

Hosted in the beautiful Nasu Onsen hot spring region

Plenary Speakers

Shinji MotokoshiShao Jianda
Institute for Laser TechnologyShanghai Institute of Optics and Fine Mechanics, CAS
Review of optical damage test method (tentative)Pushing High-Power Diffraction Grating Boundaries for Extreme Lasers
  

Invited Speakers

Full list of the invited speakers of PLD 2025 conference will be announced at the middle of August.

invited speakers list (confirmed)

Katsuhiro Mikami Yurina Michine
Kindai Univ.  Inst. Laser Science, UEC
Identifying the location of damage caused by laser-induced vibration(tentative) High power gas optics(tentative)
  
Miyasaka Yasuhiro  Hitoki Yoneda
QST kansai  Inst. Laser Science, UEC
PAS damage monitor (tentative) Long life test for high power laser optics
  
Zhaoyang Li  Jinlong Zhang
Shanghai Optoelectronics Science and Technology Innovation Center  Tongji University
Beyond 100 Petawatt Laser and Related Technology Developments Achieving High Laser-Induced Damage Threshold and Structural Stability in Metasurfaces via Interface Engineering
  
Mingying Sun  Mingxia Xu
Shanghai Institute of Optics and Fine Mechanics,Chinese Academy of Sciences  Shandong University
UV performance of SGII-UP high power laser facility Progress on DKDP crystals for high power laser system application
  
Gabriel Bleotu  Brahim Elouadi
Extreme Light Infrastructure, Nuclear Physics (ELI-NP)  La Rochelle Universite and Mohammed-5 University
Subthreshold laser induced damage threshold for the further development of Extreme Light Infrastructures Approach of Unexpected Transitions in Eulytite Phosphate Sr3Y(PO4)3:Ba2+-Yb3+ by Laser Spectroscopy and Dielectric Measurements
  
Efim Arkadievich Khazanov  Humbet NASIBLI
Russian Academy of Sciences  National Metrology Institute, The Scientific and Technological Research Council of Turkiye
How space-time coupling reduces probability of optical damage of diffraction gratings in femtosecond lasers Metrology Techniques for High-Power Laser Components
  
Vitaly E. Gruzde  C.W. Carr
 National Ignition Facility & Photon Science (NIF&PS)