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Aryabhatta Knowledge University, Bihar, Electrical Engineering Semester 2, Physics (Waves and Optics, and Introduction to Quantum Mechanics) Syllabus
Physics (Waves and Optics, and Introduction to Quantum Mechanics) Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus
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Unit - 1 Waves
Module 1Waves
1.1 Mechanical Oscillator and Harmonic Oscillator
1.2 Electrical Oscillator
1.3 Damped Simple Harmonic Motion
1.4 Damping Coefficient
1.5 Impedance
1.6 Forced Mechanical And Electrical Oscillators
1.7 Steady State Motion Of Forced Damped Harmonic Oscillator
Unit - 2 Non Dispersive Transverse and Longitudinal Waves
UNIT 2NONDISPERSIVE TRANSVERSE AND LONGITUDINAL WAVES
2.1 Vibrate the string up and down. The wave that developed due to this vibration is called a transverse wave
2.2 The Wave Equation
2.3 Harmonic Waves Standing Waves and Their Eigen Frequencies
2.4 Logitudinal Wave Acoustics Waves
2.6 Reflection and Transmission of waves at a boundary
2.7 Impedance Matching
Unit - 3 Light and Optics
Module 3Light And Optics
3.1 Light as An Electromagnetic Wave and Fresnel Equations
3.2 Reflection and Transmission Brewster’s Angle
3.3 Total Internal Reflection And Evanescent Wave
3.4 Mirrors and Lenses and Optical Instruments Based on Them
Unit - 4 Wave Optics
MODULE 4WAVE OPTICS
4.1 Huygens’ Principle
4.2 Thomas Youngs Double Slit Experiment
4.3 Newton’s Rings
4.4 Michelson Interferometer
4.5 MachZehnder interferometer
4.6 Fraunhoferdiffraction
4.7 The Rayleigh Criterion
4.8 Superposition Of Waves And Interference Of Light By Wave front Splitting And Amplitude Splitting
4.9 Diffraction Gratings And Their Resolving Power
Unit - 5 Lasers
MODULE 5LASERS
5.1 Einstein A and B Coefficients Amplification of Light by Population Inversion
5.2 Different types of Lasers
5.3 Properties Of Laser Beams Monochromatic
Unit - 6 Introduction to Quantum Mechanics
MODULE 6INTRODUCTION TO QUANTUM MECHANICS
6.1 Wave Nature of Particles
6.2 TimeDependent and TimeIndependent Schrodinger Equation For Wave Function
6.3 Born Interpretation
6.4 Probability Current
6.5 Expectation Values
6.6 FreeParticle Wave Function And WavePackets
6.7 Uncertainty Principle
Unit - 7 Solution of Wave Equation
MODULE 7SOLUTION OF WAVE EQUATION
7.1 Solution of StationaryState Schrodinger Equation for One Dimensional Problems–Particle inA Box
7.2 The Delta Function Potential
7.3 Quantum Harmonic Oscillator
7.5 Particle in a threedimensional box
7.6 SquareWell Potential
7.7 Linear Harmonic Oscillator
7.8FieldIonization and Scanning Tunnelling Microscope
7.9 Tunnelling In Semiconductor Structures
Unit - 8 Introduction to Solids and Semi Conductors
MODULE 8INTRODUCTION TO SOLIDS AND SEMICONDUCTORS
8.1 Free Electron Theory of Metals
8.2 Fermi Level
8.3 Density of States In 1 2 And 3 Dimensions
8.4 Bloch’s Theorem for Particles in A Periodic Potential
8.5 KronigPenney Model and Origin of Energy Bands
8.6 Conductors Insulators and Semiconductors
8.7 Intrinsic and Extrinsic Semiconductors
8.8 Fermi Level and QuasiFermi Level Variation by Carrier Concentration and Temperature
8.9 Carrier Concentration
8.10 Carrier Transport Generation And Recombination
8.11 PN Junction
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