Apparatus

Laboratory of Molecular Interactions has a subunit specializing in vibrational chiralooptical spectroscopic methods: Raman optical acvitiy and vibrational circular dichroism. Both experimental measurements and theoretical quantum chemical calculations of ROA and VCD spectra are carried out.

Raman optical acvitiy (ROA) spectrometer ChiralRAMAN from BioTools with 532 nm laser

Raman optical acvitiy (ROA) spectrometer ChiralRAMAN from BioTools with 532 nm laser

Nicolet 8700 FTIR spectrometer equipped with a vibrational circular dichroism (VCD) optical bench

Nicolet 8700 FTIR spectrometer equipped with a vibrational circular dichroism (VCD) optical bench

120-processor Dell computer cluster 'Gimli' with the ADF program allowing to carry out relativistic quantum chemical calculations of molecular properties at uniform level of theory for atoms from the whole periodic table

120-processor Dell computer cluster 'Gimli' with the ADF program allowing to carry out relativistic quantum chemical calculations of molecular properties at uniform level of theory for atoms from the whole periodic table

Spectropolarimeter CD/LD/ORD

Spectropolarimeter CD/LD/ORD

Spectrometer NMR 700 MHz

Spectrometer NMR 700 MHz

LabRAM HR800 (Horiba Jobin Yvon) Raman spectrometer, coupled with two Olympus  confocal microscopes (backscattering and transmission) and AFM/STM microscope (Park System); λexc = 532, 633, 785 nm; Raman, Raman mapping, SERS, TERS spectroscopy and AFM/STM microscopy.

LabRAM HR800 (Horiba Jobin Yvon) Raman spectrometer, coupled with two Olympus confocal microscopes (backscattering and transmission) and AFM/STM microscope (Park System); λexc = 532, 633, 785 nm; Raman, Raman mapping, SERS, TERS spectroscopy and AFM/STM microscopy.

Set of coupled Raman and AFM/STM microscopes

Set of coupled Raman and AFM/STM microscopes