Optica High-Brightness Sources and Light-Driven Interactions Congress
12 - 14 March 2024
Vienna, Austria
This group covers the study of material systems and the basic physics involved in demonstrating new lasing systems or discovering new lasing phenomena. This includes new approaches that introduce new wavelengths, increase power and efficiency, circumvent thermal issues, and improve beam quality.
This group covers the study of material systems and the basic physics involved in demonstrating new lasing systems or discovering new lasing phenomena. Potential new laser systems might be discovered in gases, crystals, amorphous and ceramic materials, semiconductors and liquids. This includes fundamentally new laser approaches that introduce new wavelengths, increase power and efficiency, circumvent thermal issues and improve beam quality. It also covers new operating regimes that for instance generate ultrashort pulses or extend the range of laser wavelengths. Studies of new quantum and waveguide effects, including quantum dot and photonic band gap structures designed to lower thresholds, generate new or controlled frequencies and/or permit lasing in previous regimes are within the purview of this group.
If you are a member of the Fundamental Laser Sciences Technical Group and have ideas for activities and initiatives to help engage this community, please share them with the chair, Alex Fuerbach.
Name | Affiliation | Title |
---|---|---|
Alex Fuerbach | Macquarie University | Chair |
Darren D Hudson | CREOL, College of Optics and Photonics | Events Officer |
Gayathri Bharathan | Indian Institute of Technology Delhi | Vice Chair and Social Media Officer |
Robert T. Murray | Imperial College London | Webinar Officer |
12 - 14 March 2024
12 - 14 March 2024
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