2015:

  • November 27, 2015: Roman Gröger, Jan Fikar and Andriy Ostapovets are awarded the following three standard research grants funded by Czech Science Foundation (all 2016-2018):
         Origin and mechanism of anomalous slip in non-magnetic bcc metals (16-13797S)
         Interaction of prismatic dislocation loops in alpha iron and tungsten (16-24402S)
         Mechanisms of plastic deformation and twinning interfaces in hexagonal metals (16-14599S)

  • November 13, 2015: Roman Gröger becomes associate professor of Materials Science and Engineering at the Brno University of Technology.

  • May 22, 2015: Andriy Ostapovets receives the Otto Wichterle Prize from the Academy of Sciences of the Czech Republic.

  • February 1, 2015: Roman Gröger becomes the research group leader (RGL) of a newly established CEITEC research group "Multiscale modelling and measurements of physical properties".

2014:

  • September 1, 2014: Roman Gröger becomes the acting research group leader of the CEITEC's group Transport and Magnetic Properties.

  • April 21, 2014: Lucien Leconte joined our team as an ERASMUS student.
    He will focus on atomistic studies of the core structures of threading dislocations in GaN.

2013

  • September 1, 2013: Jan Fikar joined our team as a researcher.
    He is working to understand the radiation damage in Fe and W using molecular statics and dynamics.

  • April 2, 2013: Andriy Ostapovets joined our team as a postdoc.
    The objective of his work is to describe the mechanism of twinning in hexagonal close-packed metals, in particular Mg and Co.

  • May 6, 2013: Baptiste Marchand joined our team as an ERASMUS student.
    He will use mesoscopic models to study dislocation patterning in crystalline lattices under stress.

  • March 1, 2013: Libor Smejkal joined our team as a Master's student.
    He will develop a Potts model to describe the ordering of point defects in deformable elastic lattices.

  • February 7, 2013: Jan Starek joined our team as a Master's student.
    He will describe transformation pathways of screw dislocations in bcc W under stress using a tight-binding-based Bond Order Potential.