Head of the laboratory – Dr. Arnolds Ūbelis
Main directions of scientific work:
- application of high temperature photolysis for the pho1tochemical research,
- visible, UV and VUV spectroscopy of atoms and ions for the studies of their basic properties in response to the needs of theoretical physics and astrophysics,
- the advancement of hybrid plasma technologies (RF-ICP & C),
- application of unique ion beam and ultrasonic molecular beams facilities for the research of their basic properties in interaction with the light from laser beams,
- the advancement of the implantation of ions in germanium crystals using ion beams,
- application of electromagnetic levitation for high purity crystal growth and for production of specific alloys responding to the need aeronautics and space missions,
- partnership with industry and research driven SMEs in applied research.
Projects:
- Laser for Magnesium: the influence of laser wavelength, and feedstock quality on the optical properties of Mg alloy for industrial needs
Laser Photodetachment Spectroscopy on Negative Ions
- Technological research to create the next generation small-sized 100 keV boron ion implantation device with TRL level close to 4 => completed
- "Development of novel methods for coherent control of atomic energy levels beyond the limit of spectral resolution" => completed
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Laboratory of Atomic and Atmospheric Physics and Photochemistry
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Laboratory of High-Resolution Spectroscopy and Light Source Technology
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Biophotonics Laboratory
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Quantum Optics Laboratory
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Laboratory of Optical Biosensors and Functional Nanomaterials
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Laboratory of Theoretical Physics
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Advanced Biomaterials and Biophysics Laboratory