Beta Decay & Neutrino Hypothesis !! (VIOLATION of Conservation Laws)

[@FortheLoveofPhysics]

Gamow's Theory of Alpha decay : kzbin.info/www/bejne/qabNZoCKgax0i7c

[@thewormholetv7228]

Sir, can u make a video on maths and mystery of " sonoluminescence and sonofusion"

[@amikaokram5523]

Sir please make a vedio about how to draw decay scheme diagram

[@drsudiptachakraborty]

Hi... I am a doctor, studying MD in Radiation Oncology. We have to study Radiophysics very well. But being far away from physics for about 10 years, it is very difficult to understand. Your videos are helping me a lot to get the basic knowledge. Thank you so much. Keep it up .... 👍👍 👍👍

[@aliyabegum9537]

Basically you've to study physics before becoming a doctor and after becoming a doctor

[@Balboa_Rocky]

Hello Sudipta , you must be a legendary student because you are surely studying in TMC, Mumbai under HBNI.

[@Fidonese]

I rarely leave a comment but this video was excellently presented. Clear, concise English and well explained all the way through. Fantastic video.

[@tejpratapgaur5801]

No word to admire you sir .. You are outstanding sir.. You explained really. Good

[@ritikdalakoti3738]

i really really appreciate the way u teach sir, i am glad that there are some people in KZbin like you showing such a great professionalism in making video of lecturers

[@sudhakarreddy1453]

I am a General Surgeon -- with just some elementary knowledge of Physics but a lot of love for it -- You are certainly a great teacher Sir !!🙏

[@FortheLoveofPhysics]

Thank you, appreciate it :)

[@jaikumar8506]

I am a JEE aspirant. You're video cleared all my doubts that I had after reading my textbook. Thanks a lot sir!!

[@feelingzhakkaas]

absolutely wonderful explanation, such classic and simpler explanation is not done by any professor i v ever met...........thank you Sir. You are Blessed.

[@rajikrishnan7835]

What an explanation sir after a long search i was finally able to search this video and only now i got it

[@Gnefitisis]

Your explainations are very clear. You are informative but not oversimplified. Perfect for trained chemists. :)

[@kashinathawale8569]

I m a phy lecturer... So far I studied numbers of books and watched few lectures on this but this person is different than others..... He is more than superb and fantabulous...

[@manashdey9338]

The way you explain ..dada 🙏🙏 Out of this world .. physics gets more interesting if the explanation is of such level .. easy and precised !!

[@subhakantasahoo9760]

These lecture series are addictive thanks 🙏sir for this interesting videos I am eagerly waiting for more

[@thephysicsacademy6170]

marvellous black board (green) management..gorgeous handwriting... absolutely crystal clear conceptual clarity...Simple to understand language...

[@hayleyvella1894]

That was a perfect explanation! I understood it after one watch, big thanks to you sir!

[@olegkov2000]

Best and most logical explanation of this problem I have ever heard. Thank you!

[@nishikantprasad7825]

Excellent physics presented quite in simple language. Good work

[@sogolahmadi3774]

you are great at explaining and clarifying the hard subjects in the best way...Thanks a Minion

[@lovephysics]

Very effective, brief and whole discussion of Beta decay. I have a small sentence to add about electron capture, For most of time electron wavefunctioon of 2s orbital is in nucleus itself. As we know that nucleus is not a classical entity. For heavier nuclei, nuclear radius extent R can have electron of 2s orbit.

[@Idontwannaliveanymore377]

This is one of the best physics videos I have ever seen uptil now. So beautifully is it explained. Tysm

[@rudhranswag6677]

I'm also a physics staff....by watching ur video..i realized how I mould myself in a better way..

[@shivangi3030]

sir it was an awsome lecture your voice was crisp and content was presise ; there was no bs even fo a second thanks

[@skoggiehoggins]

Very good video 👍👍👌. Thank you my friend 👍😎😊

[@stringsam]

always a joy to come back to these vids :)

[@Rashmi_sr]

Simple, concise and to the point.

[@Waheed27]

I’m from Pakistan And doing BS physics so o want to say you that you are doing a good job and it helps me a lot😊 Thank you keep it up💝

[@ayeshasiddikaanam6195]

Sir, I am so impress on your videos and lecture. I found happiness on your video. 😍

[@veeramaniperumal9525]

Awesome sir. Physics is drug sir. This is very interesting sir. Thanks

[@Mathified]

Sir loved your teaching Big fan..... May you have thousands and thousands of subs

[@subratasarkhel7505]

He is a real gem

[@nathanielmarquardt]

I had heard about inverse beta decay but had it confused with normal beta decay and didn't know what it was called till just now. thank you some much

[@ileggaless8715]

Sir I love how you teach amazing work, This helped clear up so much you are a very good teacher

[@ambroseak9959]

Your lecture flow is excellent and clearly explained.Thank you .

[@AdityaKumar-dl5dp]

Sir the way you explain is truly phenomenal..thanks for making my concept crystal clear..🙏

[@pratiknandi6314]

Thank you sir...this is probably one of the best physics channel according to me

[@kishanchauhan3445]

best teaching i saw so far in my life, amazing.

[@MuhammadAhmad-ki3ku]

Best explained....! Lot of knowledge and good conveying skills. Bundle of thanks sir

[@sagarsaggu6336]

Truly a wonderful explanation thanks alot sir .

[@LN-od8gc]

Saw many of your videos sir... Worth. ........ Nyz teaching sir.....

[@professormohammadazam2993]

Excellent teaching methodology. ❤ I am from your neighbouring country Pakistan

[@A.K.S._mall]

Thanks a lot to solving my concept

[@sakshishukla5255]

I learnt nuclear physics from you, thank you so much sir

[@thounaojamanilsinghluwang1464]

Sir, you are really amazing and I have no word to appreciate you sir and I clear my doubts at all.Your explanation is holistic,outstanding and Excellent 🤟🤟🤟🙏🙏

[@EDUGADHVI]

I have no words Sirrrr I'm your biggest fan ever and ever.... Extremely amazing experience to learn my favorite subject physics ❤

[@mowlikav-ti2zf]

Crystal clear explanation... Thank you so much sir 👏👏🥰🥰🥰

[@nimrabatool2421]

Tahnku so much sirr you teaching strategies and way of teaching is amazing your vedioss are Very helpful in understanding concepts of nuclear physics.....

[@AMU964]

Thank you so much sir😊😊

[@thevegetarian442]

This is just perfectly explained. Thank you sir :)

[@iamtb100]

Awesome.. never seen such details explanation in my MSc class.

[@rahulpratappatel2593]

At 13:30 you did a mistake on defining particle and anti particle....also spin and spin angular momentum are the same thing😊apart from it I like your video.

[@thephysicsacademy6170]

best explanation...well done Sir..👍👍👍

[@dreamhackworldz3949]

Love the subject as because of ur teaching style....and I didn't even thought that I will get a video like this....thanks a lot sir...for the video and Ur hard work for us...love from Odisha ❤️

[@subhakantasahoo9760]

Sir actually your teaching style is amazing💕😍

[@FreefireKing-pi2yx]

Everything in the topic explain so well. Thank you Sir

[@ManpreetKaur-tf6oi]

Thnkuu sir ...you explain in a easy and beautiful way.....its perfect lecture...

[@arijit1204]

mesmerizing explanation Sir.. ✨ kudos to you.. 🙏🏼

[@WilliamMakCK]

Your explanation is very clear and structural.👍!

[@shakeelurrahman1846]

Sir plz make video on, fission, fusion, accelerators, types of reactions, conservation laws of nuclear physics, types of neutrons and their sources.. Regards

[@imrphysicist6265]

Absolutely brilliant sir.mza agya

[@swapnilbaglankar9526]

I fully understood this topic And i like it 😊 Way of teaching is very clear

[@mariyamsiddiqui1671]

I wish I was admitted to hansraj, I could I have learned from such a great teacher!

[@ashutoshpratapsingh3149]

Thankyou very much sir...i found best lectures here 🥰

[@physicstalkwithkrishna3233]

lovely teaching techniques 💐

[@rajaayazzafar8346]

Great sir u explained each point with proper reasoning

[@tuba8350]

Simply explained such a weird topic. THANKYOUU

[@qasimasghar2768]

Sir i have question when Caesium undergoes beta decay it converts into Barium but an elctron is released, and itss aomic number aka number of protons increase by one , so logically as Caesium lost 1 electron and gained 1 proton it must have more protons than electrons but it is not the case why?

[@marthareddy9554]

What is the name of this fantastic teacher ? He looks very modest as well. Hats off to him.

[@MasterIvo]

Seen from the pure field perspective, this would be the Longitudinal movement of the medium

[@MakeMeScientific]

excellent sir. Thank You

[@dhilipgajendran444]

Your explanation was very understandable sir....thank for ur great work

[@PaulHigginbothamSr]

So what puzzles me is not emission, but neutrino capture. Can we somehow mimic this process of absorption? It really makes me wonder how a neutron sets itself up before this absorption. A neutrino traveling through 4 light years of lead before capture just gets near this receptive neutron and I suspect strong nuclear forces somehow reach out way further than they normally do to capture this neutrino. Yes? No?

[@gayathri7788]

No classes during this Corona Lockdown... But extremely wonderfull explanation thank u sir. 😄😄

[@arkabhattacharjee3916]

Your teaching style is too good.

[@andrewburbidge]

Anyone who would like to be able to explain physics would be worried by the idea of violation of conservation laws. So I see, no need to worry here. It seems reasonable to say that neutrons continually have a tendency to decay but proximity to a proton prevents it. Similarly, protons have a tendency to lose the charge. As the positive charge is moving away, either it gains the spin for formation of a positron, or it doesn't. In either type of emission, e- and e+, how does a charge gain the spin? In Clove Theory, the charge is an excess or a deficit in the packing. The neutron has high-energy hadronic clove circulation at its condensation limit; and it can condense at a gap in the frame but the clove density is the average of the frame density, so the neutron is uncharged. Frame packing is controlled by a proton - see the face-centred cubic packing (FCC) and how it favours 6-rings of the proton condensation limit. A neutron's 4-ring condensation limit doesn't enter hexagonal close packing (HCP) except away from a proton. Away from protons, the neutron can be in HCP and the irregular pentagon can drive away a clove and cause the charge separation. That still doesn't obviously tell where the spin of an electron and the balancing spin of the neutrino are from. It leads to the proposition that the spin condenses from randomised motions in the frame up to a maximum that the one-clove excess can maintain. The spin is maintained as the one-clove excess jumps from gap to gap - as the clove frame reforms continually with the effect of transition of the one-clove excess. Similarly with the forming of a positron - a clove moves as the one-clove deficit of the positive charge moves. Inherent in that movement is the characteristic of the electron and positron wave form, as described, without physical explanation, with the Schrödinger equation. It seems reasonable that both can condense the spin; and the rest energy can be the same even when they are not produced as a pair. This takes Clove Theory further in this respect than my Introduction to Clove Theory, The Final theory of Physics, of 2003, which is available from among people in Physics. From the first introduction to Physics there is adoption of the belief that momentum is conserved, leading to an assumption, as here, that a neutrino has mass and momentum; and it is good to see the matter explained so carefully. If an electron condenses spin from a transmission medium, could there be variability such that linear momentum may not appear to be conserved, with an electron's spin direction depending on a variable seeding process against the decaying neutron and its linear momentum being produced in accordance with that also? Could each particle involved still condense spin angular momentum consistent with what is stated for individual spins? Is it true that a magnetic field can contain invisible variable angular momentum? Is there uncertainty regarding claims of photon and neutrino mass and momentum?

[@anirbaniitgn8407]

The lecture was jst awsome.. Thanxx sir.. I wanted to know also about the parity non conservation in case of beta decay..!!

[@FortheLoveofPhysics]

I have talked about that a little bit in my video on parity: kzbin.info/www/bejne/eIS3g32getF3mqs

[@AnilPal-zd5sn]

It was nice... really enjoyed your lecture 👍

[@Subh23]

Sir you taught awesome

[@ganeshnachhiringrai744]

Excellent teaching... Loved it🙏

[@nagarajan7292]

Excellent teaching sir thank you so much sir

[@zuharaza9346]

kindly make the video on the mass mechanism of neutrinos sir.

[@jessicadalmeida5297]

Muito bom! Finalmente entendi o espectro de energia do decaimento beta. Obrigada!

[@12345nani12345]

Respected sir.. Thank you very much.. You are spot on in explaining any concept.. 🙏🙏🙏

[@BACS_MANJUNATHIti]

it was so interesting and understanding just insane

[@Floxflow]

Nuclear ASMR. Really wonderful explanation. Thank you. 👍🙏👌

[@kasperholck5928]

Outstanding quality sir!

[@sv1126in]

Very well explained! Thank you!

[@linkisan8637]

Thank you so much. I wish you happiness.

[@hafsakhalil4660]

I have a question in beta +ve decay you took the example of Mg. Here n= 11 and p=12. Here no . Of neutrons are less than protons and proton is converted into neutron and as result Na element is produce . Now in Na element no.of p= 11 and no . Of neutrons = 12 here neutrons are lager than protons how it is balanced now . Please answer this question . It was a great lecture but I'm a bit confused in this particular reaction

[@nirmalmondal8269]

Doubt: Then how a spin 1/2 particle can make three spin 1/2 particles not two spin 1/2 particles.?

[@saifullahrahman]

Such an awesome explanation! Loved it!

[@andrewjustin256]

Mr. Das, I would like to ask you a question regarding what might occur when a neutron is flung by anti-electron neutrino, and likewise the resultant of the collision of a proton and a neutrino since we are aware what happens in The inverse Beta decay.

[@FortheLoveofPhysics]

A free proton can never decay into a neutron as a neutron is more massive than a proton. It can inly happen inside a nucleus as the mass defect is adjusted for by the BE of the nucleus

[@andrewjustin256]

@@FortheLoveofPhysics You may have miscomprehended it; I did not ask about that. Rather, as in Inverse Beta decay, we have a neutron smacked by an electron neutrino, leading to a proton and an electron; similarly, a proton smitten by an anti-electron neutrino yields a neutron and a positron. Thereof, I asked what would happen when instead of an electron neutrino, the neutron is planked by the antimatter version of electron neutrino; likewise, a proton getting hit by an electron neutrino, instead of the antimatter version of it.

[@biswajitnath7498]

you are a very good teacher, sir...🙏 Thank you, you made me understood everything which i can't understand from the book.

[@FortheLoveofPhysics]

You're welcome, and thank you

[@rizwanak3424]

Sir,how can conserved spin for neutrino case?1/2=1/2+1/2+1/2

[@ujjwalbarman5812]

In negative beta decay ..antineutrino is emmited ..so it has spin -1/2 ..thus balanced

[@JYOTSANATRIPATHI__k]

Sir you said that when we study the reaction over and over again then we see the varying K.E. emitted so my question is that do the neutrino have the varying mass or fixed mass ?

[@makinsights6818]

Bahut bahut dhanyawad sirji..... Maja aa gaya....

[@Meetabasit]

Excellent Sir. Please make video on beta and gamma decay selection rules

[@shivanipokhriyal8713]

Sir it would be so kind you if you provide notes also.. thank you

[@eshappapujari9187]

Fantastic teaching sir

[@indianicons3448]

Super sir.Very good explanation.

[@kaavyabalachandran2549]

wonderful level of understanding sir