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Quantum Mechanics 7
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De-Brogle’s Hypothesis 12 minLecture1.1
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Davisson and Germer 07 minLecture1.2
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Heisenberg’s uncertainty principle part-1 05 minLecture1.3
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Heisenberg’s uncertainty principle part-2 07 minLecture1.4
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Schrodingers Equation 07 minLecture1.5
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WaveFunctions 05 minLecture1.6
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Quantam Computing 06 minLecture1.7
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Fibre Optics and Laser 14
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Applications of optical Fiber and Important Formula 11 minLecture2.1
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Laser introduction and characteristics 09 minLecture2.2
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Absorption,Emission and Einstein Coefficient 13 minLecture2.3
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Population inversion,Meta-stable state,Pumping in Laser 09 minLecture2.4
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Laser system,Pumping scheme in Laser 09 minLecture2.5
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HE-NE laser 08 minLecture2.6
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NDYAG and CO2 Laser 10 minLecture2.7
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Semiconductor Laser 08 minLecture2.8
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Semiconductor Laser with Full Working 08 minLecture2.9
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Application of Laser 11 minLecture2.10
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ND: YAG Laser with Full Working 09 minLecture2.11
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Optical fiber introduction 12 minLecture2.12
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Types of Optical Fiber 1 10 minLecture2.13
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Types of Optical Fiber 2 10 minLecture2.14
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Wave Optics 9
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Introduction to Interference and diffraction 08 minLecture3.1
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Interference in thin film 1 09 minLecture3.2
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Dispersion and Types of Dispersion 08 minLecture3.3
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Interference in thin film 2 06 minLecture3.4
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Mechanism of Attenuation 09 minLecture3.5
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V number and attenuation in Optical fiber 06 minLecture3.6
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Wedge shaped film 09 minLecture3.7
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Newton’s rings in Interference 09 minLecture3.8
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Applications of Interference 06 minLecture3.9
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Population inversion,Meta-stable state,Pumping in Laser
Lesson content is empty.