Computational Physics

Expertise in Computational Condensed Matter Physics:

Tensor Network Methods (ITEBD, IDMRG, IPEPS)
Exact Diagonalization
Series Expansion method and high-order perturbation theory
Perturbative Continuous Unitary Transformation method (PCUT)
Quantum Monte Carlo
The ALPS project
Finite Lattice Methods
Development of numerical algorithms for the simulation of strongly correlated systems
Parallelization of codes for large computer clusters
Molecular Dynamics
Stochastic phenomenon and Statistical Growth

Scientific Programming

Programming: FORTRAN, Python, Mathematica, Matlab, C++, Visual C# .Net
Parallel Computing: OpenMP, Vectorization, Compiler optimization
Web programming:
PHP, HTML, My SQL, Java script, Ajax, CSS