These topics will be covered here, and the reading materials can be accessed by clicking on the hyperlinks.

1. Passive Devices & Instrumentation

(Paper PHY-S-05T – Unit 1)

• Resistors: types, characteristics, and colour coding
• Capacitors: types, characteristics, and colour coding
• Star and delta connections of resistors and capacitors
• Chokes and transformers
• Multimeter (Analog and Digital): working principles and applications
• Cathode Ray Oscilloscope (CRO): waveforms and Lissajous figures
• AF and RF oscillators
• Usage of breadboard
  (Lectures: 10)

2. Theory of Quantum Scattering

(Paper PHY-C-06 QM – Unit 2)

• Collision in three dimensions
• α-scattering and its theoretical interpretation
• Laboratory vs. Centre-of-Mass reference frames
• Scattering
• Scattering amplitude
• Differential scattering cross section
• Total scattering cross section
• Scattering by spherically symmetric potentials
• Partial wave analysis and phase shifts
• Born approximation
  (Lectures: 14)

3. Molecular Spectroscopy

(Paper PHY-C-07 – Unit 2)

• Rotational, Vibrational & Electronic spectra of diatomic molecules
• Vibrational analysis of band systems
• Franck–Condon principle
• Infrared spectra of diatomic molecules
• Raman spectra of diatomic molecules
  (Lectures: 10)

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📚 Reference Books

• Electronics Devices and Circuits — Boylestad & Nashelsky
• Electronic Principles — Malvino
• Introduction to Quantum Mechanics — David J. Griffiths / J. J. Sakurai
• Quantum Mechanics — L. I. Schiff
• Molecular Spectra and Molecular Structure — G. Herzberg
• Fundamentals of Molecular Spectroscopy — C. N. Banwell
• Introduction to Atomic and Molecular Spectroscopy — White