alexey illarionov

research fellow

About

I am working as a nuclear physicist for many years and published more than twenty refereed papers. My principal interests concerns the development of ab initio techniques for solving many-body problems. The phenomenology I am interested in includes structural and dynamical properties of homogeneous and inhomogeneous many-nucleon systems, effective nuclear two-, three-, and many-body forces; non-conventional high density phases (i.e. neutron matter, hyperon matter); ultra-cold atomic gas physics. Specialties:Theoretical Nuclear and Condensed Matter Physics

Country

switzerland

City

zurich

Industry

research

Skill

physics, scientific computing, condensed matter physics, latex, science, theory, mathematical modeling, fortran, nanotechnology, simulations, numerical analysis, computational physics, spectroscopy, mathematica, high performance computing, mpi, molecular dynamics, parallel computing, biophysics, experimentation, monte carlo simulation, machine learning, c++, c, dosimetry, tcad, statistical data analysis, python, nuclear physics, matlab, simulink, particle physics, neuroscience, neuroinformatics, high performance computing

Experience

research associate

eth zurich

2012-1 - 2015-12 · 4 yrs

Developed a particle based Monte Carlo simulation technique for the synthesis of advanced scanning electron microscopy images by means of High Performance Computing. Published findings in 11 papers in journals and at conferences. Supervised 1 PhD student and 3 MSc students. Assistant lecturer in 6 courses.

post-doc

university of trento

2009-1 - 2011-1 · 2 yrs 1 mo

Study of the properties of dense fermionic matter, like finite nuclei, nuclear matter and pure neutron matter, hyperon matter by using Quantum Monte Carlo methods.

research associate

sissa

2006-1 - 2009-1 · 3 yrs 1 mo

Fermi Hypernetted Chain and Quantum Monte Carlo studies of nuclei and nuclear matter with applications to the astrophysics of neutron stars.

researcher

joint institute for nuclear research

1997-1 - 2007-1 · 10 yrs 1 mo

Theoretical Nuclear and Particle Physics.

post-doc

infn

2003-1 - 2005-1 · 2 yrs 1 mo

Investigation of superfluidity gaps in fermion systems to understand several astrophysical phenomena, like the formation of neutron stars, glitches and vortex dynamics.