Grants

• Light-responsive nanofiber materials for biomedical applications
• Local multireference coupled cluster methods
• Lokální multireferenční metody vázaných klastrů založené na přístupu párových přirozených orbitalů
• Long wavelenght VCSEL based semiconductor laser spectroscopy in 1200-2000 nm spectral range
• Low temperature synthesis of electrochemically active phases in the Li-Ti-O, Li-Mn-O and Li-Fe-Mn-O systems; their electrochemical characterization.
• Lung surfactant under oxidative stress: molecular dynamics simulations and Langmuir film experiments
• Magnetic properties of carbon nanostructures in neutral and doped state
• Mapping galectin-ganglioside networks by FRET on complex model membrane systems
• Mass spectrometric quantification of volatile metabolites in breath for noninvasive diagnosis and monitoring of bacterial infection in cystic fibrosis
• Massively parallel tensor network methods for strongly correlated quantum chemistry
• Materials engineering of the conduction band edge in oxide semiconductors
• Materials engineering towards Innovative Graetzel solar cells
• Maximizing the EU shale gas potential by minimizing its environmental footprint
• MCM And SBA Mesoporous Catalysts Modified With Different Metals For Fine Chemical Synthesis And For The Production Of Bioliquids From Biomass Resources
• Membrane interactions of proteins associated with alzheimer's disease and parkinson's disease implications for diseases' pathologies and therapeutic avenues
• Merging photochemistry and electrochemistry in flavin-based redox catalysis
• Mesoporous hybrid catalysts for preparation of specialty polymers
• Mesoporous ZnO layers with controlled structure and texture properties for applications in advanced technologies
• Metal-organic frameworks na 2D materiálech
• Metal oxide nanoparticles and their reactivity studied by high resolution FT infrared spectroscopy
• Metalloorganic Oligophenylenvinylens.
• Metalloprotein photoactivation: Structural dynamics and electron transfer
• METAMORPHOSIS
• Micro and Mesoporous Molecular Sieves for Catalytic Applications
• Micro/nano-spring enhanced photoacoustics: devices, methods and applications
• Microfluidic analysis system for monitoring of amino acids in biological fluids.
• Micromechanical sensor and laser photoacoustic detection for trace gas sensing technologies
• Microwave microfluidic sensors for unraveling molecular effects of pulsed electric field
• Microwave spectroscopy of nitrogen and halogen atmospheric components with significant hyperfine structure of rotational levels.
• Mobilitní projekt-Japonsko
• Model theoretical and experimental studies for dry methane refoming
• Modelling of electron collisions with molecules adsorbed on surfaces
• Modelling of helium ionic clusters: structure, spectra, thermodynamics and dynamics.
• Modelling of the electron energy loss spectra of molecules adsorbed on surfaces by use of the DMR method
• Modelování vlivu reakčního prostředí na biokatalýzu
• MOFs As Catalysts and Adsorbents: Discovery and Engeneering of Materials for Industrial Applications
• Molecular catalysis at liquid-liquid interfaces: Towards chemical fuel cells.
• Molecular catalysis of the oxygen reduction at a polarised liquid-liquid interface.
• Molecular Clusters as Unique Nano-reactors: Controlling Chemistry with Photons and Electrons
• Molecular dynamics of essential building blocks of biomolecules: experiments in molecular beams and theory.
• Molecular level physiology and pathology of oxidized phospholipids
• Molecular level studies of chemo-radiation synergy
• Molecular orientation, low band gap materials and new hybrid device concepts for the improvement of plastic solar cells.
• Molecular resonances and their dynamics
• Multi-electron transfer within oligo-pyridinium assemblies: structure-reactivity relationship
• Multi-probe in-situ characterization of the environmental responses of two-dimensional materials
• Multifunctional monolithic aerogels for efficient water purification
• Multifunctional organometallic chromophores for light-emitting devices and luminiscent sensors.
• Multifunctional photoactive nanofiber materials
• Multireference coupled cluster methods augmented by higher excitations from a DMRG wave function