Seminars

• Synthesis and properties of novel zeolites TNU-9 and SSZ-74
• Synthesis and properties of novel 10-ring zeolites (PhD Thesis)
• Synthesis, (crystal) structure, and characterization of TNU and SSZ type zeolites
• Synthesis, Design and Advanced Structural Characterization of High Performance Inorganic Materials
• Synthesis of mesoporous molecular sieves
• Synthesis of Novel Germanosilicates
• Systémy "push-pull" - elektrochemie molekul pro nelineární optiku.
• "Tajemné nulmocné železo"
• Targeting Melanocortin Receptors: A Multimodal System for Drug Discovery for our Major Degenerative Diseases
• Teoretické studium interakce molekul s mimomřížkovými kationty v zeolitech: srovnání experimentálních a teoretických charakteristik
• Tetraanion tetraradikál nitrovaného kalixarenu - elektrochemicky generovaný ligand
• The approach to non-equilibrium: Lessons from water cluster beams
• The bonding, structural and thermodynamic properties of metal-carbon and metal-silicon compounds - building blocks of some nanomaterials
• The effect of synthesis conditions and nature of isomorphous substituent on the properties of UTL zeolite
• The electrochemical behavior of cyclooctatetraene (electrosynthetic problem)
• The free-will theorem and other misteries of quantum mechanics that did not make it to the textbooks yet
• The German Research Ombudsman: An Instrument Dealing with Scientific Misconduct
• The Infrastructure of Nanozeolites: Parking Lots to Sidewalks to City Street to Toll Roads
• The interaction of trapped ions with a cold H-atom beam
• The reaction of RO2 radicals with OH radicals and its impact in remote environments
• The T cell early stage of activation at the plasma membrane as revealed by STED microscopy
• Theoretical studies of Complex Systems Consisting of d Element(s)
• « Thermalisation in water nanodroplets » and « Differential ion mobility separation and infrared identification of isomers of amino acids »
• Thermodynamic Description and Modelling of Sorption and Capillary Condensation in Porous Systems
• Three Dimensional Construction of Electrodes - Open Door to High Capacity Lithium Batteries
• Time-resolved fluorescence assays characterizing the membrane perturbation by fungicidal lipopeptides
• Time-resolved molecular chirality in the gas phase
• TiO2-Based Nanomaterials for Sustainable Energy Applications
• TiO2-derived nanomaterials: Synthesis, microstructure and energy-related applications
• Titan's ionosphere as a reactor for complex molecules
• Titanium nanocrystalline photocatalyst and its applications in dye-sensitized solar cells and photocatalytic hydrogen production
• Tomáš Slanina: Advanced Control of Photochemical and Redox Systems
• Toward Rational Construction of Zeolitic Nanoporous Materials
• Towards ab initio calculation of observables for diatomic molecules via diabatic approaches
• Towards an accurate theoretical description of processes on surfaces and interfaces
• Transition Metal Sulphides - electrocatalytic applications
• Transmembrane proteins shaping lipid bilayers: Curvature-induced sorting and diffusion
• Transport through reconstituted bacterial protein translocation channels
• Tuning fundamental properties of corroles for utilization in energy and medicine applications
• Two-dimensional coherent spectroscopy and its applications for the study of photosynthesis
• Two-dimensional Oxide Nanosheets: New Solution to Nanoelectronics
• Two lectures: Low-cost, stable and high performing organic field effect-transistors (OFETs) and Organic radicals as promising building blocks for electronics
• Uhlíkové nanostruktury a in-situ spektroelektrochemie
• Ultra slabá emise fotonů z biologických vzorků: definice, mechanismy, detekce, vlastnosti a aplikace.
• Ultrafast photoelectron spectroscopy near liquid water interfaces: The solvated electron
• "Understanding and Predicting Post H-atom Abstraction Selectivity through Reactive Mode Composition Factor Analysis"
• Understanding Solvent Effects in Catalysis
• Unusual Effects of Tetramethylammonium Ion on the Voltammetry of Polycyclic Aromatic Hydrocarbons
• Using in situ Transient Kinetic and Structural Techniques to Investigate Industrially Important Catalysts and Reactions
• USING ZEOLITE STRUCTURE INFORMATION TO IMPROVE SYNTHESIS AND CATALYSIS