Formulation of Statistical Mechanics Based on Thermal Pure Quantum States (Springer Theses) Book Price in India, Specifications, Reviews & Offers. Buy online at Amazon.

Kya aapne mathematical physics ki videos complete banai hai ? YouTube pr
Sir, where can i have quanta notes?
mind blowing
Thank you sir
Sir quanta notes free me available hai kya?
Sir how can i get quanta notes... Any suggestion sir
Sir Tifr jest ke liye bhi ye hi pdhe kya
Is this channel only for net? Reply plz
Sir Quanta notes?
speechless.. mind Blowing.
Sir plzzz suggest can I see this stat mac lectures for jam and jest. Plzzz kindly reply
Nice series sir
Sir, from where can I find your quanta assignment for statistical mechanics??
Sir ye aap under graduation base pe study kra rahe ho ya PG
tiger sir, har ek video mai stats ke real life usage ke ware me points batao
😊😊😊😊 Thank you sir
can chemistry student also follow you stats. series?
thank u so much sir.. u made me learn the very basics
Where can I find quanta notes?
Where do I get the notes ? Please anyone reply
Thanks mam , good job
Thank u mam Is very helpful 💕
Thank you soo much mam
Thanks mam
mam, nice speech
mam mujhe virational energy ki video Chahiye
Thanks ma
Thank You Mam.. I'm from physics field... Though Stat Mech is almost same for Chem n Phy.....This video is so much useful for me. Thank You Mam🙏🙏
Excellent
Thank you mam
It is enough for msc entrance
Mam plz make hand made notes pdf
thanks
The dec-16 question they are fermions then why don't we use formula for it instead as used in next dec-14 question both questions are fermions but formula for 2 are different why
Thanks so much mam. This video are very useful with me.
Excellent mam
Really Helpful Ma'am 🤗
Ma'am which book referred for it
Thanku mam
Thanks a lot mam
This lecture is one of the best introductions to Quantum Statistical Mechanics I have ever had.
Nice lecture..sir
Thanks sir
Fucking classs
you are legend sir 😍😍😍
0:55 Motivation for Quantum Statistics 2:40 List of topics for this lecture 10:55 Onset of Quantum Mechanics, how to determine when QM and QS is relevant 22:45 Temperatures at which QM is relevant 25:40 Examples of temperatures at which QM is relevant 32:25 Statistics for Indistinguishable particles (which are the particles we are dealing with in QM) 44:00 Writing down the wavefunction of the system as linear combination of single particle states 47:15 Difference in the wavefunction for Bosons vs. Fermions (note: the significance of the +/- sign is clear in Lecture 28) 49:45 Generalising this linear combination for N-particle system with N-single particle wavefunctions (Fermions only - Slater Determinant) 52:45 What is the normalisation constant? 1:01:30 Application of Pauli's Exclusion Principle to Fermions (this shows the relevance of talking about the Slater Determinant)
Sir what an excellent lecture. Mazaa aaya sunke.