Quantum Mechanics Lecture - 6 | ஐன்ஸ்டீனை நெருடிய Electron Spin Superposition | Spin States

[@SureshKumar-xe5vx]

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[@successboyss2134]

Sir I can understand some complex science like quantummechanics because of you. So thank you for your lecture sir

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[@successboyss2134]

I am expecting you sir one day you will make video s on the derivation of general relativity equation.

[@successboyss2134]

Sir I am requesting you to make videos on the derivation of general relativity equations

[@risheerox8755]

Semma

[@karthickdec30]

The most respected teacher❤

[@ScienceWithSam]

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[@alagesans9567]

I recommend the following two books to study QM. Their approach is different from rest of QM books. In particular the first one is must-read... 1. Quantum mechanics by David H McIntyre, Corinne A Manogue, Janet Tate 2. Quantum Mechanics for Scientists and Engineers by David A. B. Miller

[@jacqulin5731]

Thank you Sam sir🌹

[@successboyss2134]

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[@ScienceWithSam]

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[@amuthaamu1194]

Excellemt way of explain of your teaching. Im eagerly waiting for next upload videos. When will come?

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[@ScienceWithSam]

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[@ScienceWithSam]

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[@successboyss2134]

Sir please make video about the derivation of general relativity equations

[@imbatmans3696]

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Bro tell about Richard Feynman interested facts

[@dhanasegarandhanush2494]

If an object move within destination we use the formula of velocity v= d/t but my thought if an object move without destination then the velocity of the object is v=d×t=dt it means the distance covered by an object is infinity then velocity is infinity and time is indetermine therefore velocity is directly proportional to time which equal this I use the constant of k which multiple with n which is equal to d =kn which k is constant n is variable therefore the equation forms v=dt this is correct or wrong please comment your thought

[@Rajkumar1309]

Its lecture number 7. Kindly correct in video title sir

[@Qubit1985]

sir two month over, still not yet get next Quantum serious please upload next serious video in quantum

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[@ScienceWithSam]

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