Main Investigator: Vojtech Spiwok
Project: Tuning of cyclic peptide integrin ligands by metadynamics
Allocation: 200.000 core hours

 

Main Investigator: Miroslav Urbanek
Project: Time-evolution in two-dimensional optical lattices
Allocation: 800.000 core hours

 

Main Investigator: Ivan Janecek
Project: Time evolution of rare gas clusters ionized to adiabatic electronic states – stage II
Allocation: 150.000 core hours

 

Main Investigator: Jiří Štěpán
Project: Three-dimensional modeling of polarized radiative transfer in the solar chromosphere
Allocation: 1.500.000 core hours

 

Main Investigator: Stanislav Kozmon
Project: Study Of Bacterial Glycosyltransferases Reaction Mechanism By Car-Parrinello Ab Initio Molecular Dynamics, Metadynamics And String Method
Allocation: 2.740.000 core hours

 

Main Investigator: Pavel Plevka
Project: Structural studies of a phage-therapy agent, Staphylococcus aureus phage 812K1-420
Allocation: 1.000.000 core hours

 

Main Investigator: Lubomir Kovacik
Project: Structural analysis of the human mitochondrial Lon protease and its mutant forms
Allocation: 600.000 core hours

 

Main Investigator: Jan Rezac
Project: Simulation of enzyme catalysis involving copper active sites
Allocation: 3.000.000 core hours

 

Main Investigator: Marek Capek
Project: Simulation of clotting coupled with blood flow
Allocation: 500.000 core hours

 

Main Investigator: Thibault Derrien
Project: Quantum-1st-LaP
Allocation: 1.100.000 core hours

 

Main Investigator: Jiří Klimeš
Project: Properties of molecular solids from first principles approaches
Allocation: 800.000 core hours

 

Main Investigator: Petr Parik
Project: PMD_2
Allocation: 70.000 core hours

 

Main Investigator: Stepan Sklenak
Project: Periodic DFT studies of zeolite based catalysts
Allocation: 2.500.000 core hours

 

Main Investigator: Ivan Šimeček
Project: Paralelní výpočty v aplikované krystalografii
Allocation: 40.000 core hours

 

Main Investigator: Richard Wunsch
Project: Origin of the Second Stellar Generation in Globular Clusters
Allocation: 1.000.000 core hours

 

Main Investigator: Pavel Ondracka
Project: Optical properties of HfO2 using many body perturbation theory
Allocation: 100.000 core hours

 

Main Investigator: Vladimira Michalcova
Project: Numerical modeling of load of structures in quasi-static effect of wind
Allocation: 50.000 core hours

 

Main Investigator: Petr Alexa
Project: New phenomenological neutron-proton interaction in odd-odd nuclei
Allocation: 150.000 core hours

 

Main Investigator: Pavel Stasa
Project: Modeling and Simulation of Mine Gases Flow
Allocation: 128.000 core hours

 

Main Investigator: Jiri Jaros
Project: Large scale ultrasound simulations using the k-Wave toolbox
Allocation: 600.000 core hours

 

Main Investigator: Pavel Hobza
Project: In silico drug design
Allocation: 1.000.000 core hours

 

Main Investigator: Jan Kuriplach
Project: Hydrogen-related defects in zinc oxide
Allocation: 150.000 core hours

 

Main Investigator: Jakub Kaminský
Project: Glycoconjugates, their structure and interactions
Allocation: 200.000 core hours

 

Main Investigator: Jakub Velímský
Project: Ensemble modeling of ocean flows, and their magnetic signatures in satellite data
Allocation: 200.000 core hours

 

Main Investigator: Jan Korábečný
Project: Discovery of novel ATR inhibitors as potential anticancer drugs by homology modeling and virtual high-throughput screening
Allocation: 1.500.000 core hours

 

Main Investigator: Marie Behounkova
Project: Convection within planets and satellites II
Allocation: 100.000 core hours

 

Main Investigator: Rafael Dolezal
Project: Computerized drug design of novel glycogen synthase kinase 3 beta inhibitors for Alzheimer’s disease treatment enhanced by structure-based virtual screening and QM/MM calculations
Allocation: 1.500.000 core hours

 

Main Investigator: Jan Hrušák
Project: Computational studies of reaction profiles including excited states of small organic ions relevant for the modeling of Titan´s atmosphere
Allocation: 390.000 core hours

 

Main Investigator: Jozef Hritz
Project: Calculation of absolute binding affinities of selected phosphopeptides to the 14 3 3zeta protein.
Allocation: 1.400.000 core hours

 

Main Investigator: Michal Jakob
Project: Agent-based simulation modelling of on-demand transport systems
Allocation: 140.000 core hours

 

Main Investigator: Petr Vrchota
Project: ACLA
Allocation: 200.000 core hours

 

Main Investigator: Mojmír Šob
Project: Ab initio investigations of advanced materials: applications to properties of interfaces
Allocation: 5.000.000 core hours

 

Main Investigator: Michael Komm
Project: 3D Particle-In-Cell simulations of the Katsumata probe
Allocation: 200.000 core hours

 

Main Investigator: Petr Kovář
Project: 2D structures based on metal phosphonates: relationships between arrangement and properties studied by experimental and calculation methods
Allocation: 96.000 core hours

 

Salomon supercomputer is the 87th most powerful supercomputer in the world
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Invitation to the course CFD simulations using OpenFOAM
(2017-12-14 to 2017-12-15)
When: Thursday December 14, 2017, 9.00am – Friday December 15, 2017, 3.30pm Where: campus VŠB-TUO […]
Invitation to the course Productivity tools for High Performance Computing (2017-11-27 to 2017-11-28)
When: Monday November 27, 2017, 9.30am – Tuesday November 28, 2017, 3.30pm Where: campus VŠB-TUO […]
12th Open Access Grant Competition
Announced regularly three times a year for employees of research institutions, scientific and educational organizations. […]
16th PRACE Call for Proposals for Project Access and SHAPE 6th Call for Applications
16th PRACE Project Access The 16th PRACE Call for Proposals for Project Access is open […]
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