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Manmohan Dash | Physics • Materials Science • AI

  • Analog ElectronicsA series of lectures I gave on a course-paper named Analog systems and applications.
  • Classical Mechanics
  • Electricity And Magnetism Basics
  • Electromagnetic theory
  • Nuclear Physics
  • Particle Physics
  • Theory of Relativity
  • Statistical Mechanics
  • Solid Sate Physics
  • Quantum Mechanics
  • Waves and Optics
  • Neutrino
  • OPERA
  • Photon
  • CSIR NET (Physics)
  • Higher Secondary SchoolA compendium of useful class tests, subject materials, etc, for higher secondary education, i.e. class-XI and class-XII for various boards.
  • Irodov SolutionsSolutions of Problems in General Physics by I.E. Irodov.
  • Japanese

Category: light

  • action principle Courses I developed Invariance @MDashF light optics Teaching waves
    February 25, 2017

    Fermat’s Principle, a lecture in optics

    Optics series lecture, Lecture-III “Geometrical Optics and Fermat’s Principle”. Geometric Optics: When the size of objects that a wave of… Read more.

  • Courses I developed Invariance @MDashF light optics Teaching waves
    February 23, 2017

    Primary aberration, a lecture in optics.

    Lecture-II; delivered on 27-1-2017 In our Lecture-I  we discussed the phenomena of aberrations that arise because of a discrepancy of a… Read more.

  • Courses I developed Invariance @MDashF light optics Teaching waves
    January 25, 2017

    Aberrations, a lecture in optics.

    Optics series Lecture — I Optical Aberrations delivered on 24 – 1 – 2017 — all optics series lectures can… Read more.

  • action principle blackhole light particles and their properties
    September 9, 2015

    Blackholes and the Action Principle.

    This is not an article that purports to establish any link between what I have to say about Blackholes and… Read more.

  • action principle Calculus calculus of variation Courses I developed history of science Invariance @MDashF light optics Research Article Teaching waves
    October 10, 2013

    Optical Path and Fermat’s Principle.

    Mirror and Fermat’s principle: We can see ourselves in the mirror and take our mirror reflected selfie as a consequence… Read more.

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Experimental physics, materials science, optoelectronics and AI-assisted scientific research.

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