Mod-01 Lec-19 Shell model Contd..

Nuclear Physics: Fundamentals and Applications by Prof. H.C. Verma,Department of Physics,IIT Kanpur.For more details on NPTEL visit nptel.ac.in

[@mihirramanuj]

nice lecture sir....... i have seen till 19 th.... very use ful to me....

[@suchismitabehera5783]

Sir you are the best teacher for me in my life

[@shishiramahunta5070]

Haha

[@alokverma3311]

kya baat hai sir maja a gaya.....

[@piyabhowmik2]

It is awesome! Thanks !

[@sreelakshmim2282]

Thank you sir.....

[@maharajajerry8843]

Sir for z= odd;and n= odd???

[@nedaamiri5811]

Thanks that was great

[@mohammedsrivastava5917]

how to find that paring energy?

[@ashishapatil19]

In case of Ni 33, is it possible that 33rd neutron decays and turns into proton and eventually matches ground state to 3/2 - ?

[@anupamagoswami]

Yeah. But in that case it no longer remains Ni 33. The 3/2 - is seen for a Ni 33, meaning the decay does not happen.

[@laxmimithas5314]

Thanks sir

[@sksahil-py8fy]

thank you sir....

[@physicsinmyview3545]

Third excited state 5/2 with negative parity kese possible he ?

[@ashishapatil19]

For f 5/2, l= 3 (odd) And for odd l, parity is negative.

[@rajnimittal12345]

Is there any lecture on 'what is spin' only?

[@wrichik_basu]

Actually spin comes from QFT, and is an inherent property of a particle. It has no classical analogue. If you refer to some book/lecture course on QFT, you should be able to find it. In addition, you can always send a mail to Prof. Verma. His mail id is available on his website hcverma.in

[@johnm.v709]

Video on KZbin " Spin of Indivisible Particle "

[@ankitkumarbhoi7797]

20:02. 52:35

[@AmitKumar-ui2qh]

Teacher is awesome ...but students are totally dumb😯

[@wilson26836]

I don't think so, i think when teacher like him is teaching you become over cautious before speaking something. That's why they're looking not so confident.

[@ankitmishra2723]

Thanks sir