O1. Study of the relaxation dynamics of the Sierpinski hexagon fractal

1.1 Implementation of the connectivity matrix of the structure in a the computer code

1.2 Determination of the iterative method for obtaining the eigenvalues (Rouse case) and numerical diagonalizations for the Zimm case

O2. Study of the relaxation dynamics of the VFRSD multihierarchical structure

2.1 Implementation of the connectivity matrix of VFRSD in a computer code

2.2 Determination of the iterative method for obtaining the eigenvalues (Rouse case) and numerical diagonalizations for the Zimm case

O3. Study the structural properties of random hyperbranched structures created based on catalyst random walks

3.1 Creating random hyperbranched structures for different values of probability

3.2 Analyzing the behavior of mean squared the radius of gyration

3.3 Analyzing the behavior of mean strand and of the longest strand of the structure

O4. Study of the relaxation dynamics of VFRSD multilayered structure

4.1 Implementation of the connectivity matrix of the structure in a the computer code

4.2 Determination of the iterative method for obtaining the eigenvalues (Rouse case) and numerical diagonalizations for the Zimm case

4.3 Investigation of relaxation dynamics

O5. Conferences and acquisitions

5.1 Participation in two conferences international

5.2 Purchasing a graphic stations for massive simulations. Purchasing a monitor and an external hard drive (3-4TB)

buton RO