Ongoing projects
- 2018/2019 - HOLDEM - Heterostructures: Low-dimensional Materials for Solar Cells; IT4Innovations through Open Access call; 2.2 M CPU h
- 2016/2018 - Computational study on effects of different environment conditions on tribological behavior of transition metal chalcogenides; Czech Science Foundation; ~4600kCZK / ~170 k€
- 2017/2018 - ATRIO - Atomistic TRIbological materials Optimization; IT4Innovations through Open Access call; 3.0 M CPU h
- 2017/2018 - RATONMO - RAdiation damage TOlerant Nanomaterials: MOdelling interfaces with self-healing properties; IT4Innovations through Open Access call; 2.8 M CPU h
- 2017/2018 - INSIDE - IN-SIlico DEsign of Transition Metal Dichalcogenide Lubricants systems; PSNC through DECI - Tier1 call; 3.8 M CPU h
- 2017/2019 - Nanoscale Strategies for Transition Metal Dichalcogenides Exfoliation; Czech Science Foundation; ~5300kCZK / ~190 k€
- 2017/2019 - Radiation damage tolerant nanomaterials: design of interfaces with self-healing properties; Czech Science Foundation; ~8700kCZK / ~320 k€
- 2017/2020 - SOLUTION - Solid lubrication for emerging engineering applications; European Commission through H2020-MSCA-ITN-2016 call; ~460 k€
Past projects
- 2016/2017 - FRICSIM - FRICtion SIMulations in transition metal dichalcogenides systems; Notur through DECI - Tier1 call; 2.5 M CPU h
- 2016/2017 - ENDFISH - ExtensioN of the project “computer-aiDed design oF materials based on transition metal dIcHalcogenides for tribological applications”; IT4Innovations through Directors Discretion call; 0.5 M CPU h
- 2016/2017 - FATRADEX - atomic scale strategies for FAcile TRAnsition metal Dichalcogenides EXfoliation; IT4Innovations through Open Access call; 2.5 M CPU h
- 2015/2016 - CODFISH - COmputer-aided Design oF materials based on transition metal dIcHalcogenides for tribological applications; IT4Innovations through Open Access call (2.5 M CPU h)
- 2015/2016 - OPTOSILICA - Atomic-scale Design of Optically Active Nanostructured Amorphous Silica; IT4Innovations through Open Access call (0.5 M CPU h)
- 2014/2017 - Novel preparation routes of metallic coatings for medical application; Czech Science Foundation; ~3000kCZK / ~110 k€
- 2014/2015 - NanoTribo - Nanoscale Design of Transition Metal Dichalcogenides for Tribological Applications; IT4Innovations through Open Access call (1.5 M CPU h)
- 2013/2017 - COST Action MP1303 - Understanding and Controlling Nano and Mesoscale Friction
- 2013/2014 - UNDOMODS - UNderstanding Dynamics Of MOlybdenum Disulfide Sliding; IT4Innovations through Directors Discretion call (0.5 M CPU h)
- 2013/2014 - ADRiAtIC - Acid Dissociation at aiR/wAter InterfaCe; CINECA through ISCRA B call (~6M CPU h)
- 2011/2014 - RadInterface - Interface Design of Crystalline Materials with Improved Radiation Damage resistance Based on Multiscale Modelling Concepts, EC through FP7 486 k€
- 2010/2013 - Stability of bioactive layered structures in model human body fluids, Czech Science Foundation 1600 kCZK (~125 k€)
- 2010/2013 - Advanced self-adaptive low friction coatings based on transition metal dichalcogenides alloyed with carbon, Czech Science Foundation 5883 kCZK (~235 k€)
- 2009/2012 - BIOTIP - Functional coatings for medical implants; Ministry of Industry and Trade of the Czech Republic 6000 kCZK (~240 k€)
- 2009 – 3D profilometer for surface analysis; Ministry of Education, Youth and Sports of the Czech Republic 3100 kCZK (124 k€)
- 2009 – Advanced surface analysis; Ministry of Education, Youth and Sports of the Czech Republic 3600 kCZK (144 k€)
- 2007/2009 - Nanocomposite coatings with improved wear resistance at elevated temperatures; Grant Agency of the Academy of Sciences of the Czech Republic 2153 kCZK (~86 k€)
- 2007/2009 - Self-lubricating coatings based on transition metal dichalcogenides; Czech Science Foundation 1274 kCZK (~51 k€)
- 2007 - Center for study thin films tribological properties; Ministry of Education, Youth and Sports of the Czech Republic 1400 kCZK (56 k€)