Other students (bachelor or diploma thesis):
Moriová Kamila (2016- bachelor student of Fac.of Math. and Fhysics, Charles University Prague; lector: Dr. M. Fárník);
Šmídová Daniela (2014- diploma student of FCHI of Institute of Chemical Technology in Prague, lector: Dr. M. Fárník).
Košťál Pavel (2009- 2015, student of Faculty of Mathematics and Physics, Charles University, Prague, lector: Dr. M. Fárník)
Svoboda Vít, Bc. (2010-2015 student of FCHI of Institute of Chemical Technology in Prague, lector: Dr. O.Votava; 2007-2010 secondary school student stays in project Three tools).
Grygoryeva Kateřina, Bc. (2014- 2016 diploma student of FCHI of Institute of Chemical Technology in Prague, lector: Dr. M. Fárník).

Secondary school stays:
i) in projects of AS CR Open Science II and III:
Wasserbauerová A. and Doležal O. (BiGy Žďár n.Sázavou, lector Bc. V. Svoboda, IX/2014-VI/2015);
Fárník Tomáš (GY Tábor, lector Dr. M.Fárník, XI/2013- III/2014).
Kurfiřt Martin (SUPŠS Železný Brod, lector Bc. V.Svoboda, XII/2013- III/2014).
Brichová Lucie(GY Hradec Králové, lector Dr O.Votava, X/2012- III/2014).
Kohoutová Kristina (Gymnázium Žamberk, lector Dr O.Votava, IX/2010-I/2012).
ii) in project of JHI Three Tools
Moriová Kamila, Josef Řetický (BiGY Žďár nad Sázavou, lector Dr. M.Fárník, 2013-2015).
Brichová Lucie(GY Hradec Králové, lector Dr O.Votava, IV/2014-VI/2015).

Research interests

Molecular Spectroscopy and Photochemistry (presentation video, in Czech - download)

The research directions are:

• Structure and dynamics of various molecular clusters. The research focuses on: (1) rare-gas clusters as model systems for cluster ionization and fragmentation studies; (2) hydrogen bonded clusters important in physics, chemistry and biology; (3) clusters of atmospheric relevance (e.g., acidic dissociation of HCl in mixed HCl/H2O clusters); (4) heterogeneous clusters with embedded foreign species.
  http://www.jh-inst.cas.cz/~farnik/, presentation video (in Czech):download


• Research of atmospheric radicals and other molecular species relevant to atmospheric chemistry and their characterization using high resolution laser absorption spectroscopy. Novel experimental approaches for detection and characterization of such species at very low concentrations in the gas phase.


• Cavity ring down spectroscopy.