Lorentz Transformation in matrix form, Lorentz Boost |Special theory of Relativity, Physics|

Lorentz Transformation can be written in matrix form. Lorentz matrix is a matrix of order 4 y 4.
Lorentz transformation is a space-time coordinates transformation. Since we cannot apply Galilean transformation in relativity therefore we need to define a new transformation for Minkowski space.
Moreover, Galilean transformation is only valid in Newtonian mechanics for particles moving with very low speeds and it just transform space coordinates. While Lorentz transformation is defined for high speed particles in Minkowski space.

Course: Theory of Relativity

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[valeriereid]

Thank you very much for this excellent explanation. This certainly helps.

[Ubaid_Dar.]

Mam, kindly upload a topic that explains the Lorentz Transformation Matrix as the sum of Boosts and Rotations.

[Physixfixer]

I have been looking for this playlist for classical Electrodynamics and its helpful

[pynbhafreedybynnud]

hello maam can i get the pdf for the slide

[abhinavtiwari]

Variance under lorentz transformation hai na mam

[LucidStories]

Thank's ma'am.
well explained.

[asmaiqbal]

Please make playlists in your channel and upload your videos in a sequence