Courses OverView
Course Description
This course of study material for Physics Honours covers a number of sections of Physics. Each of several domains or section also contain a number of chapters covering syllabus of CBCS curriculum of different SEM exams under syllabus offering by any Indian University. These materials are urgently needed for student's preparation at a standard level and the material is made in easy language with complete explanation in respect of Physics and Mathematical point of view with supported diagram when needed.
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Sections and Chapters covered in this course
Chapters :
1. Detector for Nuclear Radiations
2. General Properties of Nuclei
3. Interaction of Nuclear Radiation with Matter
4. Nuclear Models
5. Nuclear Reactions
6. Particle Accelerators
7. Particle Physics
8. Radioactivity Decay
Chapters :
1. Oscillations
2. Superposition of Collinear Harmonic Oscillations
3. Superposition of Two Harmonic Waves
4. Wave Motion
Chapters :
1. Dynamical Processess
2. Evolution
3. Structure
4. The Earth and the Universe
Chapters :
1. Bound State in arbitrary Potential
2. Quantum Theory of Hydrogen like Atoms
3. Schrodinger Equation
Chapters :
1. Application of Schrodinger's Equation
2. Heisenberg's Uncertainty Principle
3. Quantum Theory of Light
4. Rotational and Vibrational Spectroscopy
5. Schrodinger's Equation in new Quantum Mechanics
6. Theory of Black Body Radiation
7. Wave Particle Duality and Matter Wave
Chapters :
1. Aberration
2. Dispersion of Light
3. Fermat's Principle
4. Human Eye
5. Matrix Method in Ray Optics
6. Optical Instruments
7. Reflection of Light
8. Refraction at Spherical Surface and Lens
Chapters :
1. Crystal Structure
2. Dielectric Properties of Materials
3. Elementary Band Theory
4. Elementary Lattice Dynamics
5. Ferroelectric Properties of Materials
6. Magnetic Properties of Matter
7. Superconductivity
Chapters :
1. Four Momentum Conservation
2. Four Vector and Transformation Matrix
3. Length Contraction and Time Dilation in 4 Space
4. Light Cone and World Line
5. Lorentz Transformations in Minkowski Space
6. Metric Tensor
7. Relativistic Doppler Effect
8. Relativistic Electromagnetic Theory
9. Relativistic Kinematics
Chapters :
1. Special Theory of Relativity (Basic)
Chapters :
1. Bose Einstein Statistics
2. Classical Statistical Mechanics
3. Classical Theory of Radiation
4. Fermi Dirac Statistics
5. Quantum Theory of Radiation
Chapters :
1. Kinetic Theory of Gasses
2. Real Gas
3. Thermal Conduction
4. Thermal Radiation
Chapters :
1. Introduction to Thermodynamics
2. Maxwell's Thermodynamic Relations
3. Thermodynamic Potentials
Chapters :
1. Coherence
2. Diffraction of Light
3. Huygen's Construction
4. Interference of Light
5. Interferometer
6. LASER and Holography
7. Polarization of Light
