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electronic
and magnetic properties of graphene structures and carbon nanotubes
topologically
protected states in graphene structures
electronic
and optical properties of quantum dots
Previous research
confined many-electron systems:
strain
effects in nano-heterostructures;
resonant states and tunneling in quantum dots;
impurity states in low-dimensional structures;
atoms
and molecules in cavities;
electron correlation in spatially confined systems;
zero-dimensional semiconductor structures in external fields;
1.
Localized states in graphene-based systems; the role of electron interactions.
National Research Council (2012-2014)
2.
Center of Quantum Optics, the European Regional Development Fund
(2008-2011)
3.
National Laboratory of Quantum Technologies, the European Regional
Development Fund (2008-2011)
4.
Strain effects In self-assembled InAs/GaAs
quantum dots (State Research Council)– 2004-2006
5.
US Dept.of Commerce (NIST) Project
“Atomistic modeling of quantum dots and hybrid nano-heterostructures”
2005-2006
6.
Modelling of semiconductor quantum dots (State Research Council,
2004-2006)
7.
Energy structure of semiconductor quantum dots (State Research
Council, 2000-2002)
8.
Stationary and dynamical properties of confined systems (State
Research Council, 1996-1998)
9.
Physics of quantum dots (USA-Poland second Maria Skłodowska-Curie FUND - 1999-2001)
10.
Senior Fulbright Fellow at Natioanl
Institute of Standards and Technology, Gaithersburg, USA 1996-1997
11.
Electronic structure of surfaces, quantum wells and superlattices (State Research Council, 1993-1995)
12.
Polish-Spanish Scientific and Technological Cooperation,
1999-2002, project: The structure of many electron systems"
Fri Sept 15 12:38:42 MET DST 1995