The primary research and development activities carried out by the High Energy Lasers and Optics Division include design, development of high-energy Nd: Glass lasers, laser-plasma applications, development of large size & high-damage threshold specialized optical components, optical metrology, single crystal research and development, and development of laser materials instruments and devices.
The various R&D activities of the division are:
- Design & development of Nd: Glass based high energy lasers working in both long pulse (ns) as well as short pulse (fs) regimes, large aperture Nd: Glass disc amplifiers, development of Nd doped phosphate glass, long-arc flash lamps, large aperture Pockels cells, and applications related to laser plasma interactions.
- Design, development, and characterization of specialized optical components to cater to various needs of high-energy laser systems and various other lasers and synchrotron radiation sources.
- Design, optimization, and characterization of specialized optical thin film coatings for lasers, laser applications, and synchrotron radiation sources.
- Development of technologically important materials both, single crystal and poly-crystal, for applications in lasers, accelerators, and nuclear reactors.
- Laser Materials Instrumentation and devices such as electro-optic modulators, SHG for HEL, laser beam visualizers, scintillator screens for the detection of H-ion beams, etc.
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