Projects
- Nonlinear Dynamics and Nanophysics Laboratory
Research Council of Lithuania, the project “Synchronization and chaos control algorithms for nonlinear systems using periodically switched time-delayed feedback”, project leader prof. K. Pyragas (2014–2017).
The project deals with control algorithms based on periodically switched time-delayed feedback and their application to the problems of chaos control (stabilization of unstable periodic orbits), the anticipating synchronization problems, and the problems of desynchronizing the neural networks. - Fluctuation research laboratory
Research Council of Lithuania, project “Optimal power-reliability trade-off in quantum well channels”, prof. A. Matulionis (2016-2019).
Project research is focused on the GaN and its (In,Al) compounds as well as on ZnO (which have many similar properties to GaN) and its (Be,Mg) compounds based quantum channels. The aim is an optimisation of HEMT quantum channels for the best power-reliability trade-off. - Electronic Structure Theory Laboratory
M-ERA.NET project „Metrology at the nanoscale with diamonds“ („MyND“), leader of the Lithuanian partner is dr. Audrius Alkauskas, the coordinator of the project is prof. Ruvin Feber (University of Latvia) (2015–2018).
The project conducted together with the Laser Center of the University of Latvia and Latvian Solid State Physics Institute. The project is devoted to the use of point defects in diamond (so-called NV centers) for detected of varying magnetic fields at the nanoscale. - Megasystem physics laboratory
1. Research Council of Lithuania, the project „Low‐Mass Dwarf Galaxy Evolution” of the national research program „Towards future technologies”, project leader prof. V. Vansevičius (2016–2018).
The main objective of the project is to reveal the evolution of isolated galaxies residing in low‐mass dark matter haloes from the early Universe to the present day.
2. Research Council of Lithuania, the project “Star Formation in Galaxy Disks: Global vs. Local“, project leader dr. D. Narbutis (2015–2018).
The project aims to determine spatial and dynamical parameters of ongoing star formation in the galaxy NGC598 disk by coordinated use of observational data obtained with ground- and space-based telescopes.
