I am engaged in the electrochemical research since 1963. I published 185 original papers from the field of electrode kinetics. Research includes also the electrochemical instrumentation for various relaxation techniques and computer controlled data acquisition systems. I was engaged as a consultant for the development of electrochemical instrumentation. After 1989 I was appointed a head of a research team, a member and the chairman of the scientific board of the J. Heyrovsky Institute of Physical Chemistry. My electrochemical research concerned mainly the mechanism and kinetics of electrode reactions, adsorption phenomena, nucleation-growth effects, electrocatalysis of nitrogen to ammonia transformation at ambient conditions, electron transfer reactions of host-guest complexes of pesticides, oscillating reactions, and in situ spectroelectrochemistry (UV-vis, FTIR, ECD). I was a member of the Management Committee of European research program “Interfacial chemistry and catalysis” within COST (1993-2009) and coordinator of three research networks including institutions in Italy, France, Germany and Czechia. Main achievements during the past years included the electron transfer of new pyridinium derivatives (extended viologens, helquats, polypyridiniums), oscillatory phenomena, the verification of the Feigenbaum constant for prediction of the deterministic chaos, development of in situ electronic circular dichroism, the electrochemical formation of gold carbon bonds for direct alkylation of gold surfaces by de-mercuration of alkyl-mercury compounds, intramolecular donor acceptor interactions of oxidized tetrathiafulvalene oligomers. Currently I am engaged in the research of single molecule conductance and communication of redox centers. This involves experimental and programing work. Collaboration with institutes abroad included several long-term stays at the Georgetown University (Washington D.C.), CNRS Meudon (France), Université Libre de Bruxelles, Università di Firenze, Universita degli Studi di Pisa, Universita degli Studi di Torino. I was a guest professor at Ecole Normale Superieure de Chimie (Paris), and a guest researcher at the University of Colorado.
 My free time activity included mountain sports and classical music. Some 15 years ago I was a leader of four expeditions to Himalayas and climbed, beside others, two six thousand high peaks. For many years, I am the parish organist. I also play double-bass in two amateur symphonic orchestra and other ensembles, which perform about 10 to 20 concerts per year. I am married having two daughters and seven grandchildren.

Selected papers

Chiroptical Redox Switching of Tetra‐Cationic Derivatives of Azoniahelicenes
Chiroptical Redox Switching of Tetra‐Cationic Derivatives of Azoniahelicenes
ChemElectroChem 6 (12): 3002-3008 (2019)
New tetra‐ and di‐cationic azoniahelicenes provide electrochemical, spectroelectrochemical and electronic circular dichroism (ECD) data reflecting their differences in electron transfer (ET) kinetics. Di‐cationic helquats containing two seven‐membered rings are irreversibly reduced in two ET steps. Substitution by redox‐active ethenylpyridinium in the α or γ position with respect to nitrogen atoms of the helquat core yields tetra‐cationic derivatives with reversible ET steps and communicating redox centres. Redox‐inactive substituents in di‐cationic azoniahelicenes retain ET irreversibility. Redox switching of ECD of tetra‐cationic enantiomers was observed. Unlike fully aromatic helquat, the ECD response of tetra‐cationic helquats to periodic reduction‐oxidation cycles is slower, owing to a strong adsorption on electrodes. Quantum chemical calculations (DFT) indicate that the first ET step of tetra‐cationic derivative substituted in the γ position yields a folded structure, which…
The Impact of Huge Structural Changes on Electron Transfer and Measurement of Redox Potentials: Reduction of ortho-12-Carborane
Journal of Physical Chemistry B 123 (45): 9668-9676 (2019)
Single Molecule Conductance of Electroactive Helquats: Solvent Effect
ChemElectroChem 6 (23): 5856-5863 (2019)

Latest publications

Electrochemical Cleavage of Carbon-Chlorine Bonds in Multiply Bridge-Chlorinated Bicyclo[1.1.1]pentane-1,3-dicarboxylic Acids
ChemElectroChem 2021: Early View
Helquats as Promoters of the Povarov Reaction: Synthesis of 1,2,3,4‐Tetrahydroquinoline Scaffolds Catalyzed by Helicene‐Viologen Hybrids
ChemPlusChem 85 (10): 2212-2218 (2020)
Single Molecule Conductance of Electroactive Helquats: Solvent Effect
ChemElectroChem 6 (23): 5856-5863 (2019)