The book contains following two chapters:
Chapter:1-LASER
1. Principle of laser
2. Stimulated absorption
3. Spontaneous emission
4. Stimulated emission
5. Population inversion
6. Optical resonator system
7. Ruby laser
8. Helium neon laser
9. Why helium neon laser is better than ruby laser?
10. Nd Yag laser
11. Properties of laser
12. Components of laser
13. construction and working of carbon dioxide laser
14. semiconductor laser
15. dye laser
16. Applications of laser
17. holography
18. Q-switching
19. mode locking
Chapter:2- Quantum Physics
1. need of quantum mechanics
2. de broglie concept of matter waves
3. Heisenberg uncertainty principle
4. Applications of Heisenberg uncertainty principle
5. Wave function and its interpretation
6. Schrodinger wave equations and the derivation
7. Application of Schrodinger wave equation
Chapter:1-LASER
1. Principle of laser
2. Stimulated absorption
3. Spontaneous emission
4. Stimulated emission
5. Population inversion
6. Optical resonator system
7. Ruby laser
8. Helium neon laser
9. Why helium neon laser is better than ruby laser?
10. Nd Yag laser
11. Properties of laser
12. Components of laser
13. construction and working of carbon dioxide laser
14. semiconductor laser
15. dye laser
16. Applications of laser
17. holography
18. Q-switching
19. mode locking
Chapter:2- Quantum Physics
1. need of quantum mechanics
2. de broglie concept of matter waves
3. Heisenberg uncertainty principle
4. Applications of Heisenberg uncertainty principle
5. Wave function and its interpretation
6. Schrodinger wave equations and the derivation
7. Application of Schrodinger wave equation
