| 1 | Explaining the relativity by examples within the scope of classical physics |
| 2 | Giving the meaning of relativity in space-time and explaining the Lorentz transformations by examples |
| 3 | Presenting the relations of relative momentum and energy and supporting by applications |
| 4 | Giving comprehensive information about atom and its structure |
| 5 | Showing the quantized structure of light and giving information about the supporting nature events |
| 6 | Showing and doing exercise of the quantized energy levels of atom |
| 7 | Giving information to the students about the matter waves and properties |
| 8 | Showing the obtainment of Schröndinger equation |
| 9 | Explaining the both orbital and spin movements of electron and their effects to the students |
| 10 | Giving the information about the size and radius of atom and nucleous and supporting by examples |
| 11 | Explaining the radioactivity, half-time, mean-life, age determination and main nucleous reactions |
| 12 | Classification of basic particles and explaining their basic properties |
| 13 | Explaining the electromagnetic radiation and laser system, and giving information about some laser types |
| 14 | Giving information about conductivity, semi-conductivity and super-conductivity in condensed matter physics |