Engineering Physics
1001045 modules · 67 topics · 67 with study notes
Module 1Wave Optics (8hrs)14 topics
- InterferenceNotes
- Division of amplitudeNotes
- Newton's Ring experimentNotes
- Michelson interferometerNotes
- DiffractionNotes
- Fraunhofer diffractionNotes
- Single and double slitNotes
- & Circular apertureNotes
- Diffraction GratingNotes
- Rayleigh criterionNotes
- resolving power of telescopeNotes
- PolarizationNotes
- double-refracting crystalNotes
- Nicol prismNotes
Module 2Lasers and Optical Fiber (8hrs)15 topics
- Characteristics of laser lightNotes
- Einstein's A & B coefficientsNotes
- Population inversionNotes
- pumping mechanismNotes
- Optical resonatorNotes
- Ruby laserNotes
- He-Ne laserNotes
- Semiconductor laserNotes
- Structure of optical fibreNotes
- Basic principles (TIR, Acceptance angle and Numerical Aperture)Notes
- Types of optical fibresNotes
- Propagation mechanism of light in fibreNotes
- Attenuation in optical fibresNotes
- Applications of optical fibresNotes
- Fibre optic sensorsNotes
Module 3Electromagnetism & Propagation of Waves (8hrs)8 topics
Module 4Quantum Mechanics (8hrs)9 topics
- Introduction to Quantum MechanicsNotes
- De-Broglie hypothesisNotes
- Heisenberg uncertainty principleNotes
- Wave function and its characteristicsNotes
- Schrödinger's equation (time-dependent and independent)Notes
- Particle in a boxNotes
- Energy Eigen values and Eigen functionsNotes
- Potential barrierNotes
- TunnelingNotes
Module 5Semiconductors & Nano-materials (10hrs)21 topics
- IntroductionNotes
- Types of materials (metalNotes
- semiconductor and insulator)Notes
- Intrinsic and extrinsic semiconductorsNotes
- P-type and N-type semiconductorsNotes
- DiffusionNotes
- DriftNotes
- Fermi levelNotes
- PhotodiodeNotes
- P-N junction transistorNotes
- LEDNotes
- Hall effectNotes
- Solar cell and its characteristicsNotes
- Introduction to nanoscience & nanotechnologyNotes
- the significance of nanoscaleNotes
- Unique Properties: Comparison of bulk and nanomaterialsNotes
- large surface-to-volume ratioNotes
- change in band gapNotes
- optical/electrical/mechanical properties at the nanoscaleNotes
- Classification of Nanostructured Materials: 0D (Quantum Dot)Notes
- 1D (Nanowire)Notes
Theory