Matěj has pioneered localized in situ spectro-electrochemistry of 2D materials and large-area exfoliation of monolayer TMDCs on metals.
Satyam utilizes large-area 2D monolayers made by Au-assisted mechanical exfoliation in (opto)electronic devices.
Michaela explores fundamental physics and chemistry phenomena at the interface between 2D materials and metals.
Iryna's research focuses on microscale spectro-electrochemical investigation of 2D materials, namely graphene.
Karolina has experience in Raman spectroscopy of doped materials and works on spectro-electrochemistry of TMDCs.
Resma employs modern spectro-electrochemical methods to characterize, control, and tune 2D materials' properties.
Eemi is a Finnish electrochemist living and working in Czech Republic, studying excitons in 2D homo- and heterobilayers.
Jarka studies nanoindentation-induced strain in TMDC membranes by AFM, Raman spectroscopy, and photocurrent measurements.
Martin expertise lies in localized Raman spectroelectrochemistry of 2D materials, batteries, lithography, and spectroscopic ellipsometry.
Luka is unraveling the mysteries of TMDC-metal interfaces by combining AFM techniques with Raman spectroscopy.
Adeel is studying the role that defects play in influencing the behaviour of 2D materials using scanning probe spectroscopy.
Magdalena is an analytical chemist and has an expertise in the characterization of various nanomaterial surfaces using AFM.
Ota is a team leader specializing in tip-enhanced spectroscopy, (opto)-electronic tuning of 2D materials, and energy materials.
Zuzka investigates structure-activity relations in Si and doped-diamond for energy storage/conversion in batteries and solar cells.