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Description 0
What you’ll Learn:
Understand founding principles of technology
Basic physics concepts made easier!
Helps in building foundation of your technical quotient.
This course starts with quantum physics thereby, knowing the fundamentals of quantum mechanics and its application. We will walk through the concepts such as, properties of crystal structure. Learn semiconductor physics and applications. Exciting concepts like Superconductors and supercapacitors will be introduced.
Join in to learn Engineering Physics - 1, equally important from the academic as well as real-world knowledge.
Modules Covered:What you’ll Learn:
Understand founding principles of technology
Basic physics concepts made easier!
Helps in building foundation of your technical quotient.
This course starts with quantum physics thereby, knowing the fundamentals of quantum mechanics and its application. We will walk through the concepts such as, properties of crystal structure. Learn semiconductor physics and applications. Exciting concepts like Superconductors and supercapacitors will be introduced.
Join in to learn Engineering Physics - 1, equally important from the academic as well as real-world knowledge.
Modules Covered:
Quantum Physics
Crystallography
Semiconductor Physics
Interference in thin film
Superconductors and Supercapacitors
Engineering materials and applications
Quantum Physics
Crystallography
Semiconductor Physics
Interference in thin film
Superconductors and Supercapacitors
Engineering materials and applicationsNo items in this section -
Module 1 Wave Optics 9
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Introduction to Interference and diffraction 08 minLecture2.1
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Interference in thin film 1 09 minLecture2.2
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Dispersion and Types of Dispersion 08 minLecture2.3
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Interference in thin film 2 06 minLecture2.4
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Mechanism of Attenuation 09 minLecture2.5
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V number and attenuation in Optical fiber 06 minLecture2.6
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Wedge shaped film 09 minLecture2.7
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Newton’s rings in Interference 09 minLecture2.8
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Applications of Interference 06 minLecture2.9
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Module 2 Laser and Optic Fiber 14
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Laser introduction and characteristics 09 minLecture3.1
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Absorption,Emission and Einstein Coefficient 13 minLecture3.2
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Population inversion,Meta-stable state,Pumping in Laser 09 minLecture3.3
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Laser system,Pumping scheme in Laser 09 minLecture3.4
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HE-NE laser 08 minLecture3.5
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NDYAG and CO2 Laser 10 minLecture3.6
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Semiconductor Laser 08 minLecture3.7
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Application of Laser 11 minLecture3.8
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Optical fiber introduction ,total internal reflection,acceptance angle in Laser 12 minLecture3.9
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ND: YAG Laser with Full Working 09 minLecture3.10
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Semiconductor Laser with Full Working 08 minLecture3.11
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Types of Optical Fiber 1 10 minLecture3.12
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Types of Optical Fiber 2 10 minLecture3.13
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Applications of optical Fiber and Important Formula 11 minLecture3.14
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Module 3 Quntaum Mechanics 4
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De-Brogle’s Hypothesis 12 minLecture4.1
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Heisenberg’s uncertainty principle part-1 05 minLecture4.2
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Heisenberg’s uncertainty principle part-2 07 minLecture4.3
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schrodingers equation 07 minLecture4.4
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Module 4 Semiconductor Physics 4
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Drift current & mobility 10 minLecture5.1
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Fermi energy in conductors 09 minLecture5.2
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Fermi level in intrinsic semi conductors 10 minLecture5.3
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PN junction diode 05 minLecture5.4
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Module 5 Magnetism and Superconductivity 3
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Super conductivity part 1 07 minLecture6.1
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Super conductivity part 2 09 minLecture6.2
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Super conductivity part 3 07 minLecture6.3
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