The project "Investigation of phase transitions in carbon materials at the atomic level using modern modelling techniques" was supported.

We employed machine-learning potentials to study how diamond forms in multilayer graphene under pressure induced by indentation.

Here, the idea of ionic graphitization is put into practice to produce a new layered magnet, GdAlSi.

We have explored the possibility of forming nanodiamonds in multilayer graphene through irradiation with swift heavy ions

We have identified a new type of one-dimensional nanomaterial called bilayer diamond-like nanoribbons.