1 . De-broglie Matter Waves

2 . Introduction To Wave Mechanics

3 . Paritcle In A 1d-box

4 . The Schriodinger Equation

5 . Phase And Group Velocity

6 . Wave-particle Duality

7 . Braggs Spectrometer

8 . Physical Significance Of Wave Function

9 . Principles Of X-ray Diffraction

10 . Compton Effect

11 . Davisson-germer Experiment

12 . Mutual Inductance

13 . Magnetism In Matter

14 . Experimental Verification:compton Effect

15 . Generation Of Electromagnetic Waves

16 . Self Inductance

17 . Time Varying Field

18 . The Lorentz Force

19 . Magnetic Field

20 . Amperes Law

21 . Biot- Savarts' Law

22 . Potential Energy Of A Magnetic Dipole

23 . Poynting Vector

24 . Diamagnetism:displacement Current

25 . Torque On A Current Loop In A Uniform Magnetic Field

26 . Force On A Current Carrying Conductor

27 . Ferromagnets

28 . Electromagnetic Waves

29 . Motion In A Crossed Electric And Magnetic Fields

30 . Maxwell's Equations

31 . Vector Potential

32 . Electromagnetic Induction

33 . Motional Emf

34 . The Importance Of Nanoscale

35 . Meissner Effect

36 . Type I And Type Ii Superconductors

37 . Applications Of Nanotechnology

38 . Bcs Theory And Cooper Pairs

39 . Introduction: Evidence Of A Phase Transition

40 . Applications Of Superconductors

41 . High Tc Superconductors

42 . Mechanism Of Superconductivity

43 . The Magnetic Properties Of Superconductors

44 . Ongoing Research And Development Activities

45 . Buckyballs

46 . Sources Of Polarizability

47 . Dielectric Constant And Polarizability

48 . Langevins Theory For Diamagnetic Material

49 . Piezoelectricity

50 . Acousing Grating

51 . Langevins Theory Of Paramagnetism

52 . Ultrasonic Cleaning Applications

53 . Ultrasonic Production

54 . Piezoelectric Effect

55 . Application Of Ultrasonics

56 . Dielectric Loss

57 . Ferroelectricity

58 . Dielectric Constant

59 . Piezoelectric Generator

60 . Detection Of Ultrasonic Waves