Mathematics of quantum mechanics | Math of quantum mechanics | Math of quantum physics

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  • Опубліковано 27 жов 2024

КОМЕНТАРІ • 21

  • @SUM-1008
    @SUM-1008 Рік тому +3

    Whenever I go for watching UA-cam, I just see your productive lectures, which are so easy for understanding, and I'm so impressed that I wanna become like you.

  • @CesarMaglione
    @CesarMaglione Рік тому +3

    Thanks for your recomendations👍

  • @indunildir7123
    @indunildir7123 Рік тому +3

    Superb dear Sir... It's really marvelous to think about your dedication....

  • @fazilnajeeb
    @fazilnajeeb 11 місяців тому +1

    You sir are one of the greatest teachers we all physics students need. ❤❤ Thank you for this amazing and detailed video.

  • @patrickwalsh2361
    @patrickwalsh2361 Рік тому +1

    Thanks much - I’ll take your advice! I like your channel

  • @Shashank_Shahi1989
    @Shashank_Shahi1989 Рік тому +1

    Thank you for your videos.
    Can you please make video on "What's the difference between Analysis vs Mathematical Analysis vs Numerical Analysis vs Functional Analysis vs Real Analysis ?"
    It's confusing to find the difference between these subjects. There are no proper answer on internet.
    And in which field do we use these different Analysis subjects in mathematics with real life use case.
    Thank you for your videos. God bless you.

  • @roberttarquinio1288
    @roberttarquinio1288 4 місяці тому +1

    What about a video on quantum electrodynamics and one on quantum chromodynamics like this video on quantum mechanics
    And what about quantum mechanics and quantum electrodynamics without using the Heisenberg uncertainty principle since it has been debunked by attosecond spectroscopy

  • @SACHINYADAV-hp4jm
    @SACHINYADAV-hp4jm 10 місяців тому +1

    Thank you sir ❤

  • @Imran52Feb
    @Imran52Feb 4 місяці тому +1

    Sir Dirac's mathematical treatment is way too too complex . It is just magic, beyond us mortal's grasp. Schrodinger's treatment is very simple but does not apply to particles with speeds comparable to c. For the electron in the orbit of Hydrogen v=c/137 th Schrodinger's Equation can be solved in spherical polar coordinates to give n,l, ml but not spin.! All attempts by me to decipher Dirac's maths have resulted in damp squib ! Is there a simpler method to crack that.

    • @physicsforstudents
      @physicsforstudents  4 місяці тому +1

      I will try to make a video explaining Dirac equation. Regarding Schrodinger you are absolutely right 👍

    • @Imran52Feb
      @Imran52Feb 4 місяці тому

      @@physicsforstudents Sir Thanks . I notice understanding Dirac's equation requires study of classical electrodynamics , STR , Lorentz Transformation,Lagrange equation, Tensors Linear Algebra, Spinors etc etc. Dirac himself said ,probably in jest , that God used very hard math to build the universe.

  • @Pragyan-mj7yb
    @Pragyan-mj7yb 11 місяців тому +1

    Sir, what is the approximate amount of time required to cover this resources

    • @physicsforstudents
      @physicsforstudents  11 місяців тому +1

      Good question ! It depends. If I talk of the basics, then if you put up good amount of time then 7-9 months, otherwise around 1.5 years. I have seen many students cover it up within 4 to 5 months also.... So, approximately consider 7-9 months.