Learn · Introduction to Non-linear Optics and its Applications
Lecture 27 of 59MODULE 6
Lecture 27 : SHG in LiNbO3
Prof. Samudra Roy · IIT Kharagpur
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All the lectures
- Lecture 01: Basic Linear Optics
- Lecture 02: Basic Linear Optics (contd.)
- Lecture 03: Basic Linear Optics (contd.)
- Lecture 04: Basic Linear Optics (contd.)
- Lecture 05: Basic Linear Optics (contd.)
- Lecture 06 : Basic Linear Optics (contd.)
- Lecture 07 : Basic Linear Optics (contd.)
- Lecture 08 : Basic Linear Optics (contd.)
- Lecture 09 : Basic Linear Optics (contd.)
- Lecture 10 : Nonlinear Optics : An Introduction
- Lecture 11 : Classical origin of optical nonlinearity
- Lecture 12 : Miller's Rule
- Lecture 13 : Second Harmonic Generation (SHG)
- Lecture 14 : Optical Rectification, Linear electro-optic effect
- Lecture 15 : Sum & Difference frequency generation
- Lecture 16 : Nonlinear Maxwell's equation
- Lecture 17 : Theory of SHG
- Lecture 18 : Phase matching
- Lecture 19 : Phase matching of SHG, Gain band width calculation
- Lecture 20 : Manley-Rowe Relation, Energy conservation in SHG,
- Lecture 21 : Birefringence phase-matching (BPM),Type I and Type II phase matching
- Lecture 22 : Type II phase matching, Symmetry in nonlinear susceptibility
- Lecture 23 : Kleinman's Symmetry, Neumann's Principle
- Lecture 24 : Neumann's Principle (cont) Centrosymmetric system
- Lecture 25 : Matrix form : SHG, SFG, DFG , SHG in KDP Crystal
- Lecture 26 : SHG in KDP crystal, Calculation of deff
- Lecture 27 : SHG in LiNbO3
- Lecture 28 : Quasi phase matching (QPM)
- Lecture 29 : Quasi phase matching (QPM) (cont), Periodic d function
- Lecture 30 : 1st, 2nd, 3rd order QPM, SHG under depleted pump
- Lecture 31: "Realistic calculation of SHG, 3 wave interaction"
- Lecture 32: "3 wave interaction, Equation for pump, signal and idler wave, Non-collinear phase matching"
- Lecture 33: Manley-Rowe Relation (3 wave mixing), Parametric down conversion
- Lecture 34: Parametric down conversion (cont), Optical Parametric Amplification (OPA)
- Lecture 35: "Optical Parametric Amplification (OPA), Difference frequency generation under OPA"
- Lecture 36 : Sum frequency generation under OPA
- Lecture 37 : OPA under non-phase matching condition, Expression of gain
- Lecture 38 : Optical parametric Oscillator (OPO) , Singly resonant oscillator
- Lecture 39 : Doubly Resonant Oscillator (DRO)
- Lecture 40 : Doubly Resonant Oscillator (DRO) (Cont)
- Lecture 41 : 3rd order nonlinear effect
- Lecture 42 : Optical Kerr effect and Self-focusing, Symmetry in 3rd order susceptibility
- Lecture 43 : Symmetry in 3rd order susceptibility (Cont), Self Phase Modulation (SPM)
- Lecture 44 : Self Phase Modulation (Cont), Frequency Shift
- Lecture 45 : Third Harmonic Generation(3HG), Energy conservation
- Lecture 46 : Third Harmonic Generation (Cont. )
- Lecture 47 : Third Harmonic Generation (Cont. ), Cross Phase Modulation (XPM)
- Lecture 48 : Cross Phase Modulation (Cont.), Nonlinear Absorption
- Lecture 49 : Four Wave Mixing
- Lecture 50 : Four Wave mixing (Cont)
- Lecture 51 : Parametric Amplification under FWM
- Lecture 52 : Parametric Amplification under FWM (Cont)
- Lecture 53 : Optical Phase Conjugation
- Lecture 55 : Stimulated Raman Scattering
- Lecture 56 : Raman Amplification
- Lecture 57 : Raman Amplification (Cont)
- Lecture 58 : Linear pulse propagation
- Lecture 59 : Nonlinear Pulse propagation
- Lecture 60 : Optical Soliton