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Sem-1 Unit-1

Special Theory Of Relativity

  1. Introduction
  2. Michelson Morley Experiment
  3. Galileon Transformation
  4. Lorentz Transformation
  5. Length Contration
  6. Time Dilation
  7. Velocity Addition
  8. Mass Variation with velocity
  9. Mass Energy Relation
  10. Relativistic Energy momentum relation

X-Ray Basics

Physics of X-rays

Sem-1 Unit-2

Interference

  1. Important Definitions
  2. Conditions For Dark and Bright Fringes
  3. Intensity Distribution of fringes
  4. Young's  Double Slit Experiment and Expression of Fringe Width
  5. Fresnel Biprism
  6. Displacment Of Fringes by thin Films and determination of Ref. Index or thick of film
  7. Phase Change by Reflection
  8. Interference by Wedge Shape Film
  9. Newton’s Rings and determination of ref. Index and wavelength
  10. Interference by thin film and colours of thin film

 

Laser

 Pages    Complete   1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 LaserDiode

Polarisation

Pages  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

Optical Fibre

 

Holography

Attenuation in Optical Fibre

Holography(wikepedia)  Pages PDF-File   1 2 3 4 5

Sem-II Unit-1

Dual Nature of Matter & Wave

  1. Debroglie Wave Equation
  2. Phase and Group Velocity
  3. Heisenberg Uncertainty Principle
  4. Wave Function
  5. Schrodinger's wave Equation
  6. Particle in a Box
  7. Numericals 1 2 3 4 5 6 7 8

 

Sem-II Unit-2

Di-Electrics and Magnetism

 

Ultra Sonics

  1. Langewin Theory of Diamagnetism
  2. Langewin Theory of Para-magnetism
  3. Hysterisis Loss
  4. Dielectrics Definitions and General Relations
  5. Types of Di-Electrics Polarisation
  6. Internal Field
  7. Classious Mossotti
  8. Numericals (emwaves, di-electronocs, ultra-sonics)

Sem-II Unit-III

Electromagnetic Waves

1.      Maxwells Equations

2.      Poyinting Vector

3.      E M Waves in free space

4.      E M Waves in Conducting Medium.

5.      Transverse Nature of electro magnetics waves

IV

Super Conductivity

1.      Superconductivity And Concepts

2.      Type-I and II Super Conductors

3.      Meissner Effect

4.      London Effect & Penetration Depth

5.      Derivation of Meissner Effect from London Eqn

6.      BCS Theory

  1. Nano Wires (Video-1)

2.Molecules for the Media: Nano Science (Video-2)

 

Nano Technology

1.         Nano Science

2.         Bucky Ball

3.         Carbon Nano Tube

 

IV Sem-2 1213

Semi Conductor Physics

1.      Fermi Level

2.      Position Of Fermi Level

3.      Variation of Fermo Level With Temperature

4.      Variation of Conductivity with Temperature

 

V Sem-2 1213  

Information Optics

1.      Basics of Fourier Optics  

2.       Fourier Transform    

3.      Transform Function

4.      Convolution Theorem of Fourier Transform

5.      4-f Imaging System and Spatial Filtering

6.      Storage Devices

7.      Liquid Crystal Spatial Light Modulator

8.      Optical Correlation    

9.      Basics of Quantum Computing (Notes)

Links

1.      PPT One Dimensional Fourier Analysis

2.      PPT Principles Of Magnetic Storage

3.      Basics of Quantum Computing

4.      Properties Of qbits

5.       Quantum Gates

6.       Principles of Magnetic Storages

 

Important Questions 1213 (EVEN SEM)

1.Important Short Ans Question   Unit-1   Unit-2  Unit-3   Unit-4

2. Imp Short Ans Question With Answers Unit-1    Unit-2    Unit-3 

3. Important Long Ans Ques.       Unit-1 Unit-2    Unit-3  

4. Important Numerical Problems: Unit-1       Unit-2       Unit-3