| Properties of materials and the classical free electron theory | Animation on Use of a Heat shrink material | Animation on Use of a Heat shrink material | 29 |
| Properties of materials and the classical free electron theory | Animation on Thermal Expansion Curve | Animation on Thermal Expansion Curve | 19 |
| Properties of materials and the classical free electron theory | Animation on AC signal in complex form | Animation on AC signal in complex form | 11 |
| Properties of materials and the classical free electron theory | Animation on Impedance as a function of frequency for R, C, L | Animation on Impedance as a function of frequency for R, C, L | 12 |
| Properties of materials and the classical free electron theory | Animation on RC circuit | Animation on RC circuit | 20 |
| Properties of materials and the classical free electron theory | Animation on Free electron gas | Animation on Free electron gas | 3 |
| Quantum mechanical improvements to the free electron model | Animation on Waves on a string tied on one end only | Animation on Waves on a string tied on one end only | 8 |
| Quantum mechanical improvements to the free electron model | Animation on Waves on a string tied at both ends | Animation on Waves on a string tied at both ends | 8 |
| Incorporating crystal structure into the model | Animation on 2D Brillouin zones | Animation on 2D Brillouin zones | 25 |
| Incorporating crystal structure into the model | Animation on 3D Wigner-Seitz cell | Animation on 3D Wigner-Seitz cell | 8 |
| Incorporating crystal structure into the model | Animation on Fermi sphere and Brillouin zone | Animation on Fermi sphere and Brillouin zone | 26 |
| Incorporating crystal structure into the model | Animation on Inter-atomic separation and corresponding band structure | Animation on Inter-atomic separation and corresponding band structure | 21 |
| Incorporating crystal structure into the model | Animation on Pressure and corresponding band structure | Animation on Pressure and corresponding band structure | 22 |
| Addressing specific material properties using the models developed | Animation on Exciton Formation | Animation on Exciton Formation | 30 |
| Addressing specific material properties using the models developed | Animation on Bulk->Quantum Well->Quantum Wire->Quantum Dot | Animation on Bulk->Quantum Well->Quantum Wire->Quantum Dot | 19 |