Gamma Decay

[@nicu_danciu]

Absolutely marvelous explained. Thanks!

[@andthorn3145]

I have a doubt: I still don't get why a nucleii would transition into a higuer energy state rather than a ground energy state. In other words, why would a 60-27 Cobalt atom would transform into a 60-28 Nitrogen in a high energy state rather than ground energy state of Nitrogen?

[@GenieInAFantaBottle]

That was fantastically interesting! Much thanks!

[@drdvyaayvd]

thank you after looking your video everything gets into my head and would you please make a video on hall's effect of electromagnetism

[@775shahrukh]

can you plz tell isnt it A level physics or university level???

[@tasikhan5152]

Hii

[@nicouxgwendal]

Thanks a lot for your very good video. As always :-) I have two questions about the Internal Conversion : (1) How is transmitted the energy between the nucleus and the electron? As far as I remember all bosons have a spin of 1, so a boson cannot be created to transfert the energy for the very same reason the photon could not be created in the first place (total angulum momentum/spin). Am I missing something? (2) If a s1 electron is ejected from the atom, and of course in the case of an atom with more than one electron, an "electron hole" may appear and be filled by another electron of upper energy, and thus...the IC may produce a photon. Am I wrong? Sorry for my poor English,...I'm French . Gwendal

[@alexyuri_94]

Well... The higgs boson has spin 0. I dont know if I'm right but using the mass-energy equivalence principle, one could say that the excess energy in the nucleus is transferred to the electron as mass, which is then converted to kinetic energy, enough to kick it out. For your second question, you are right

[@qwertycorno]

I would very much appreciate a video on Mossbauer Spectroscopy.

[@hamidquayum9946]

Great video Dr. Minor arithmetic error at 5.01: Although 1.17MeV is correct for 60Co. Great Video Dr. !!!

[@Anti-proton]

Thanks for the video! I had been neglecting the Ba137m -> Ba137 via IC for too long :)

[@SamSarwat90]

I could follow the video until minute 7:00 where you started talking about the 0+ state. What does it mean? A link of a video explaining that wil do it, thanks. And btw, you are litterally saving my life with this videos mate. Im reading a nuclear physics course in my 3rd year of university and it would be a hell to follow the course without your pedagogic skills. Kepp up the good work !!

[@DrPhysicsA]

+Sam Sarwat I cover this in an earlier video. I think its kzbin.info/www/bejne/qKjHc6Gtr9OnadU or the ones immediately before that in the nuclear physics playlist.

[@ABitOfTheUniverse]

One step closer to making myself a Hulk. Thx Doc.

[@amigoace8839]

what a beautiful explanation, thank you very much

[@deborahwhy3637]

⚛so, in quantum mechanics, are you saying, that an atoms? "weight-energy", ♻️ can only be "reduced~decayed" so much-many times;💥 because the energy from it, "disappears-dissipates", 💨into "nothing" (immeasurable?); becoming a "value-total" of 0?🌬🌫

[@charlesdale2600]

With regards to the three different Ni ground state values, where or how did you get the Mev numbers?

[@alexyuri_94]

How can an excited and a ground state be 0+? I mean, according to the shell model, what is a viable distribution that would make it happen?

[@nishantjangid7004]

What is the meaning of excitation state of nucleu???how nucleus excites????

[@alois482]

How long does it take for cobalt 60 to become nickel 60? I know half life is 5 years but when does it transform to nickel?

[@cadkls]

I've just started my A-level and there are quite a lot of thongs in the AS course that aren't on your channel. Could you add them if you have time please? The exam board is AQA.

[@cadkls]

Things not thongs.

[@robbiejames1466]

***** there may also be lots of thongs haha

[@DrPhysicsA]

I think most of the material that is covered in the AS course for AQA is also covered in my A-level revision playlist.

[@cadkls]

DrPhysicsA Did you do atomic energy levels? Also I think there is conductance that wasn't there.

[@DrPhysicsA]

***** You should find it in the A-level revision playlist.

[@775shahrukh]

isnt it batchlor level physics?????

[@qwertycorno]

GASER - Gamma-ray Amplification by Stimulated Emission of Radiation

[@pabilbadoespecial]

Did you study physics at university? because I am interested

[@DrPhysicsA]

Indeed I did. It is a very good subject to pursue.

[@internationalremixes6440]

hi....good explanation...i think its ur british accent..isn't it?

[@jadenmax679]

great, thank you.

[@FarFromEquilibrium]

I love your videos but don't say things like 'millionth millionth' , say 'trillionth' or quadrillionth' and so on. That just sounds illiterate to say 'millionth millionth'. These numbers have names for themselves. If you don't know them , here , you can learn about them. en.wikipedia.org/wiki/Names_of_large_numbers

[@aarongreenemail]

#picky #lol #nobodybutyoucares #yousoundlikeadick #shutup #doesitevenmatter #isthephysicsthere #yes #so #noonecares #and #alsoyourpointisstupid #it #doesnt #soundilliterate #itsoundsnormal #infactitswhatmostphysicistswouldsay #likewesaypersecondpersecondalot #insteadofpersecondsquares #btw #Iwrotethisinhashtags #topiss #youoff

[@FarFromEquilibrium]

aarongreenemail you forgot #millionthmillionthmillionthmillionthmillionthetc