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Lecture 24: Discussion on Angle of the Prism, Angular Dispersion and Dispersive Power of Given Prism, by Amal Kumar Das

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Lecture 24: Optoelectronic Materials and Bandgap Engineering, by Monica Katiyar

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Lecture 25 : Coupling of Waves and Optical Couplers (Contd.), by Partha Roy Choudhuri

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Lecture 25 : Matrix Form : SHG, SFG, DFG , SHG in KDP Crystal, by Samudra Roy

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Lecture 25: Determination of the Angle of Prism, by Amal Kumar Das

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Lecture 25: Optical Properties of Materials, by Monica Katiyar

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Lecture 26 : Coupling of Waves and Optical Couplers (Contd.), by Partha Roy Choudhuri

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Lecture 26 : SHG in KDP Crystal, Calculation of Deff, by Samudra Roy

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Lecture 26: Determination of the Angle of Minimum Deviation for a Given Prism and hence to Determine the Refractive Index of the Given prism., by Amal Kumar Das

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Lecture 26: Optical Properties of Single Interfaces: Fresnal Reflection Coefficients, by Monica Katiyar

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Lecture 27 : Coupling of Waves and Optical Couplers (Contd.), by Partha Roy Choudhuri

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Lecture 27 : SHG in LiNbO3, by Samudra Roy

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Lecture 27: Discussion on the Angle of Incidence and Corresponding Deviation of Light through a Prism and Determination of the Angle of Minimum Deviation for a Given Prism from the Plot of the Angle of Incidence Versus deviation., by Amal Kumar Das

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Lecture 27: Optical Properties of Two Interfaces: Thin Film Case, by Monica Katiyar

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Lecture 28 : Coupling of Waves and Optical Couplers (Contd.), by Partha Roy Choudhuri

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Lecture 28 : Quasi Phase Matching (QPM), by Samudra Roy

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Lecture 28: Determination of the Angle of Minimum Deviation from (I-D) Plot for a Given Prism and hence to Determine the Refractive Index of the Given prism., by Amal Kumar Das

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Lecture 28: Drift, by Monica Katiyar

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Lecture 29 : Electro-Optic Effect, by Partha Roy Choudhuri

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Lecture 29 : Quasi Phase Matching (QPM) (Cont) , Periodic D Function, by Samudra Roy

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Lecture 29: Determination of the Calibration Plot of Deviation Versus Wavelength for a Given Prism and hence Determination of the Wavelength of the Unknown Light Source Using the Calibration Plot, by Amal Kumar Das

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Lecture 29: Diffusion, by Monica Katiyar

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Lecture 3: Free Electron Theory, by Monica Katiyar

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Lecture 30 : 1St, 2Nd, 3Rd Order QPM, SHG under Depleted Pump, by Samudra Roy

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Lecture 30 : Electro-Optic Effect (Contd.), by Partha Roy Choudhuri

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Lecture 30: Continuity Equation, by Monica Katiyar

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Lecture 30: Determination of the Dispersive Power, Cauchy Constant and Resolving Power of a Given prism., by Amal Kumar Das

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Lecture 31 : Electro-Optic Effect (Contd.), by Partha Roy Choudhuri

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Lecture 31: “;Realistic Calculation of SHG, 3 Wave Interaction”;, by Samudra Roy

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Lecture 31: Interference Phenomena, by Amal Kumar Das

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Lecture 31: Resistor and Diode (P-N Junction), by Monica Katiyar

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Lecture 32 : Electro-Optic Effect (Contd.), by Partha Roy Choudhuri

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Lecture 32: “;3 Wave Interaction, Equation for Pump, Signal and Idler Wave, Non-Collinear Phase Matching”;, by Samudra Roy

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Lecture 32: Fundamentals of P-N Junction, by Monica Katiyar

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Lecture 32: Interference Phenomena (contd.), by Amal Kumar Das

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Lecture 32: Structure Determination (X-Ray Diffraction), by Ashish Garg

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Lecture 33 : Electro-Optic Effect (Contd.), by Partha Roy Choudhuri

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Lecture 33: Fundamentals of P-N Junction contd., by Monica Katiyar

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Lecture 33: Interference Phenomena (contd.), by Amal Kumar Das

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Lecture 33: Manley-Rowe Relation (3 Wave Mixing) , Parametric down Conversion, by Samudra Roy

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Lecture 33: X-Ray Diffraction, by Ashish Garg

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Lecture 34 : Electro-Optic Modulators and Devices, by Partha Roy Choudhuri

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Lecture 34: Bi-Prism, by Amal Kumar Das

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Lecture 34: Parametric down Conversion (Cont) , Optical Parametric Amplification (OPA), by Samudra Roy

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Lecture 34: Solar Cells, by Monica Katiyar

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Lecture 34: X-Ray Diffraction (Contd.), by Ashish Garg

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Lecture 35 : Electro-Optic Modulators and Devices (Contd.), by Partha Roy Choudhuri

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Lecture 35: “;Optical Parametric Amplification (OPA) , Difference Frequency Generation under OPA”, by Samudra Roy

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Lecture 35: Bi-Prism (contd.), by Amal Kumar Das

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Lecture 35: Microelectronics Processing, by Monica Katiyar

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