1. Phase transitions: combination of discrete and continues approaches; 
2. Temporal-spatial maps and “Wilson-camera” approach; 
3. “Object oriented” programming in cross-disciplinary modeling and "exotic" interactions; 
4. Reducing number of “particles”; 
5. Chaotic dynamics, strange attractors, solitary excitations and self-organized motion; 
6. Random and controllable deposition and numerical potentials to model friction; 
7. Tribology, directed transport and other studies made in TAU and BTU.