## Main Research Fields:

Tensor Network Methods (PEPS, TEBD, DMRG)

Strongly correlated Quantum Many-Body Systems

Topologically ordered phases of matter

Topological Spin Models and Quantum Computation

Physics of Abelian and Non-Abelian Anyons and fractional statistics

Low-dimensional Quantum Magnetism

Frustrated Spin Systems and Spin Liquids

Entanglement, Quantum Criticality and Quantum Phase Transition

Series Expansion methods in Spin Lattice models and Strongly correlated systems

Derivation of effective models (bosonic and fermionic mappings)

Neutron scattering and Neutron reflectometry

## Expertise

Condensed matter physics

Computational physics

Quantum many-body physics and strongly correlated systems

Statistical Mechanics

Quantum magnetism

## Other Interests

Neutron Reflectometry

Inverse Method in Scattering Problems

Diffuse Scattering

Statistical Roughness of Surfaces and interfaces (Statistical growth of porous media)

Magnetic properties of Nanostructures