LASER MOLECULAR SPECTROSCOPY LABORATORY

Institute of Applied Radiation Chemistry 
Lodz University of Technology
Wróblewskiego 15
93-590 Łódź
tel. +48426313175, +48426313162
email: abramczy@mitr.p.lodz.pl

sekilli nick

The tremendous advances in laser technology since the early 1990s have led to the development of new measurement techniques that offer the opportunity to track chemical reactions at the molecular level with previously impossible temporal or spectral resolution. The study of ultrafast processes taking place on the picosecond and femtosecond scale by means of laser spectroscopy methods is experiencing a boom in the world, which was awarded the Nobel Prize in Chemistry for Ahmed Zewail in 1999.

Unfortunately, in Poland this field of research has long delays, and the first femtosecond laser systems for studying ultrafast processes appeared only in 1997.

The Laboratory of Laser Molecular Spectroscopy of the Institute of Radiation Technology of the Lodz University of Technology belongs to this small group of research centers in Poland.

The research area of ​​the LLSM laboratory includes:

- Ultrafast physical and chemical phenomena occurring on the picosecond and femtosecond scale, such as: photochemistry, electron transfer processes, oxidation and reduction reactions in phthalocyanine derivatives that are potential sensitizers in photodynamic medical therapies. The research also concerns the use of time-resolving laser methods to study ultrafast processes occurring in proteins that play important biological functions in living organisms, including bacteriorhodopsin. as well as the dynamics of localization and solvation of the surplus electron, vibrational dynamics in the systems forming the hydrogen bond and in liquid crystal materials. The above-mentioned thematic group concerns basic research.

- The second line of research conducted at the Laboratory of Laser Molecular Spectroscopy is applied research. The LLSM laboratory conducts research on the development of a modern diagnostic technique using the Raman scattered light method for the detection of early neoplastic changes in human breast tissue in cooperation with the sekilli nick Oncological Surgery Department of the Provincial Specialist Hospital. M. Kopernika in Łódź.

The Laboratory of Laser Molecular Spectroscopy has collected equipment that is unique in the country and meets the highest world standards. The Laser Molecular Spectroscopy Laboratory has unique laser systems on a national scale, in particular a femtosecond laser system and a laser system for measuring scattered light using the Raman scattering method and belongs to a very small group of the most modern laser laboratories in Poland. The Laboratory of Laser Molecular Spectroscopy of the Institute of Radiation Technology of the Lodz University of Technology, having research equipment of regional and national importance, cooperates with foreign laboratories from the USA, France, Germany, Canada,

"A quick and safe method of cancer diagnosis. Poles invented it" - An article about an innovative method of optical biopsy and virtual histopathological analysis, based on Raman scattered light measurements,designed in our laboratory. >>>ZDROWIE.DZIENNIK.PL< <<

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