Symposium on Optical Coatings for Laser Applications
Join us at this event where attendees and speakers alike can benefit from a rich network, exchange ideas, and gain insight into new trends, measurement methodologies, and research findings.
Topics
Target Audience
Optical coatings for laser applications
Laser technology and applications
Metrology for characterising high-end optical coatings and substrates
Low loss optical coatings
Laser damage of optical coatings
Impact of polishing, surfaces and interfaces
The symposium is geared towards technically interested engineers and scientists working with laser optics, high-end optical thin film deposition and characterization.
Program Issue April 16th, 2024
Morning Session:
Afternoon Session:
Keynote: Dr. Heike Riel (IBM Research Europe): Quantum Computing – The Path to Quantum Advantage
Dr. Alex Ribeaud: Production and characterization of low losses Coatings for Laser applications
Dr. Bogdan Sava: Characterization of nanometre thin films by infrared nanoscopy
Dr. Tatiana Amochkina: Synthesis of broadband dispersive mirrors within the spectral range of 3-18 µm: algorithms and challenges
Dr. Matthias Falmbigl: Ion beam sputtered Fluoride and Oxide coatings for UV-coatings at 193 nm
Dr. Navas Kutty: PARMS Depositions for UV to IR Laser Applications
Dr. Silvia Schwyn Thoeny: Magnetron sputter deposition of quantized nanolaminates: a novel type of meta materials
Keynote: Prof. Dr.-Ing. Jens Bliedtner (Ernst-Abbe-Hochschule Jena): New tool concepts for deterministic polishing of optical glasses
Puja Kadkhoda: Standard methods of light scattering measurement in a wide spectral range
Dr. Justinas Galinis: Towards benchmarking of optics lifetime or how predict inevitable in femtosecond lasers?
Dr. Christian Patzig: State of the Art Optical Thin Film Analyses for Industrial Applications
Dr. Christian Mühlig: Round-robin absorption measurements of HR-coatings at 1064 nm
Rico Benz: Optimizing associated stress of a Bandpass Filter with low angle shift within the VIS and NIR range
Ph.D. Marco Abbarchi: Nano-imprint lithography of broad-band and wide-angle antireflective structures for high-power lasers