Gamow's Theory of Alpha Decay AND Geiger Nuttal Law

[@FortheLoveofPhysics]

Q-Value (Kinematics) & KE of Alpha particle : kzbin.info/www/bejne/rWHIdnqfhL6pq9U Beta Decay & Neutrino Hypothesis kzbin.info/www/bejne/l6eumpZtpM6qrKM

[@kurchipatra8517]

This type of explanations makes physics easy to understand , thank you sir

[@subratkumarmohanta9179]

Yes♥️

[@emielvanneste3846]

I have recently discovered your channel. Before, I was really struggeling with nuclear physics, but your video's are a tremendous help. You explain everything very clearly. I cannot thank you enough. Thank you so much, kind sir.

[@prithvirajdj]

Very concisely explained. Helpful video. Just a correction at some points in the end that the half-life being talked about is of the nucleus & not the @-particle. The Geiger-Nuttal Law can also be written as: ln ¥= B1 ln E + B2, where ¥= decay constant (lambda), B1 & B2 are constants for different series of transmissions.

[@dorotaaa98]

I spent so much time looking for an answer what's the relationship between these two theories. This is the clearest explanation and now it seems so easy to understand. Thank you so much!

[@AditiShahaniMPH]

I searched something about Nuclear Physics, came across this video and loved to see that it's my professor in this video :) great video sir, very helpful!

[@FortheLoveofPhysics]

Haha thanks Aditi, I am happy u found the video helpful :)

[@akhileshsingh9322]

hi I aditi

[@IamLegend573]

@Freefire KZbinr 😂😂😂😂👍

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What are u doing now Do u have any top for a junior

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when i searched nuclear physics..on KZbin i irritate coz boring nd bad lecture..but when i see your lecture i fall in love ..very interesting ..and knowledgeable content ..i subscribed your channel ..thank you so much men..

[@Memorise4]

Wish I had a prof. like you during my graduation years. You make me understand the concept so well that no one did actually. Mind blowing. It has been 14-15 years and now m taking interest in actual learning

[@rajithayadav6131]

Love in Nuclear physics because of your way of explanation and teaching...Thank you soo much sir.

[@ujjawalkumarsingh5411]

Thank you sir for having such a crystal clear concept of quantum tunneling in a very lucid manner

[@TheChalarock]

A beautiful explanation, thanks for the time you spend on these videos. Greetings from Colombia

[@sonaligoswami3180]

I love the way you explain everything in a very detail manner. your love for physics is clearly shown by your lectures. Well done sir and keep it up. It is very helpful for us

[@poojachauhan7215]

Our generation want teachers like you sir. Thank you

[@khanpco-n3y]

i search a lot for quantum tunneling finally i got this superb explanation. ❤❤❤❤❤❤❤ u sir.

[@wonderfullife5665]

your teaching make topics fun to understand. like watching an entertainment video in youtube. thaks for sharing ur knowlege sir

[@viigyaan]

You have a brilliant way to clear the concepts sir. May you be blessed and keep making more videos.🙏

[@priyachauhan8859]

The way of explanation and the language makes the concept so easy Thanks sir😊

[@FortheLoveofPhysics]

Thanks and welcome :)

[@NikhilBeeragonnavar]

Sir ,A>210,why only alpha particle(2 atomic number ,4 mass number) decay, why not (3 atomic number ,6 mass number ) this type of decay not takes place?

[@aniketeuler6443]

These videos can turn anyone into a Physics lover

[@himanikandpal2935]

Thanks sir ... I love ur lectures.....I love ur teaching ,,. Now I love physics ......u always inspired me ....

[@biswajeetnayak4461]

valuable vdo hard to find these type of lectures on you tube tq

[@santhoshkumar-wi2xw]

Thank you so much sir, It's a wonderful explanation and arrangement of the content for a new learner.

[@gurramkalyanreddy7689]

Super Sir

[@subhamdas6699]

Thank you sir for such a nice explanation.... it was a very compact video..

[@physicsmirror4848]

Very nice and helpful explanation sir.

[@shubhambharti9406]

I don't understand like why we thinking like this, it maybe that alpha particle used most of energy to counter potential barrier like(25 to 30 mev) and only 4 to 5 mev KE is remain when it is completely separated. Please clear me sir

[@saptaparnibhattacharya4347]

Such a good video! Helped me understand this example of rectangular potential barrier. Thank you 👍

[@coolpathshala4979]

Very well explained Worth watching

[@hemenchamuah2244]

Very nice... Sir please make a video on determination of the range of alpha particle using Bragg's method..

[@irfsolution7269]

Sir why nature choose helium nuclei in decay process???

[@MindMatriX]

Keep on shining sir..

[@rhythmmittal8256]

thanku so much sir.. this kind of explanation is hardly found in books.. thanku soo veryy much😊

[@FortheLoveofPhysics]

Thank you for your comment. Appreciate it :)

[@mukhtaar1237]

How you explain the lesson makes phycis easy thank you so much

[@gmandal5869]

Made difficult thing so easy and simple.Liked it very much.

[@zahirmuhammad9133]

great but kindly prepare one vadeo on hydrogen wave function explain so deeply ( especially the mathematical parts)

[@dsp1363]

Ur explanation is very clear sir. Thank u for making this video👍🤞

[@jamesfranko3172]

What does E refers to exactly, I am confused, the nucleons are moving inside the nucleus so the kinetic energy isn't constant all along, but maximum when the potential is zero and minimum when the potential is maximum, is the constant E here refers to the maximum kinetic energy?!

[@ravindrasuthar]

Very very good explanation sir🙏🏻

[@sachinmadkar7052]

I request u teach elementary physics of 11 12 ncert u will add great value as central maxima in diffraction big contribution to education system

[@himanikandpal2935]

Sir aap konsi university m prof. hein ,.......I want to meet u

[@shivharisharma4000]

Way in which you explained thing is best Hat's off to you.

[@FortheLoveofPhysics]

Thanks:)

[@srilakshmimudiraj5327]

excellent explanation sir

[@youssefchibani9408]

thank you, sir, for your outstanding explanation.

[@mamtakaushik8707]

Thanks a lot sir 🙏

[@sharplapphang1326]

Is that why we can't predict when radioactivity will occur?

[@almakurmanova8791]

Thank you so much! Please, record videos on quantum mechanics (perturbation theory, scattering, wkb) pleaseeee 🙏🏻🙏🏻🙏🏻🙏🏻

[@ramasubbu2890]

What is kinetic energy of recoiling nucleus

[@poojasaxena8534]

Sir , first of all thankyou for your awesome videos. Will you please suggest some good books for nuclear and particle physics.?

[@insafhoodanm52]

This was unbeatable sir, awesome lecture

[@noneggggg]

Amazing Teacher❤️❤️❤️❤️❤️

[@sagarbudhachhetri2257]

What a excellent lecture.. thank you so much sir

[@deepakkotnala1658]

Sir why are you saying alpha particle half life not it's atom half life(which emitting alpha particle)?

[@Chakrawat-Pakshii]

एका क्षणी, चतुष्णू वर अणूकेंद्राची धारणशक्ती तुलनेने अल्प ठरल्यामुळे तो विद्युत पराकर्षणामुळे अणूकेंद्रापासून वेगळा होतो हे मानल्यानंतर पुन्हा तरंग सिद्धांत आड आणण्याचे कारण काय?

[@ДоржбатБаттуяа]

Thank you man. You really helped me.

[@shubhambharti9406]

Maybe alpha particle used most of energy to cross the barrier and just 4 to 5 mev only remaining after separation. I don't understand

[@nandhaprabha6173]

Wonderful Explanation sir Thank you so much sir🙏

[@juanpepe1234]

Hello, i have a question, why does the electron has to tunnel through a coulomb barrier once it is out of the nucleus? Shouldn't it only have to tunnel through the nuclear force barrier?

[@tikeswarghugar1733]

Sir the energy of alpha particle is measured inside the nucleus or outside the nucleus i.e the calculated value is 4 to 9 Mev outside or inside I don't know actually. If it is calculated outside the nucleus then perhaps it is produced inside the nucleus with more energy than the potential barrier . So when it comes from the nucleus after passing the barrier it's energy decrease to 4 to 9 Mev . Please clarify me

[@FortheLoveofPhysics]

In QM, Energy of tunneling particle remains same before and after tunneling

[@hostellifeuom8894]

Very good explanation sir . Stay blees

[@manmohanbisht69]

Why does heavy nucleus emit alpha only.. why can't they emit other nucleus

[@vaibhavb.578]

Many times in this video his explanation were confusing... He was constantly using half-life of Alpha Particle and half-life of respective radioactive nucleus interchangeably. There is huge difference in half-life of alpha particle and half-life of radioactive nuclei.

[@kaustavkapil1407]

Why only Alpha particle (alpha decay) occurs. Why not a Li decay, or some other element corresponding mass number is disintegrated?

[@FortheLoveofPhysics]

Alpha particle has a very high BE/A which makes it energetically favourable

[@kaustavkapil1407]

@@FortheLoveofPhysics ok sir, but does that entirely rule out the possibility of different element emission?

[@FortheLoveofPhysics]

​@@kaustavkapil1407 Other particle emission do happen in nature. But quite less as compared to alpha decay.

[@sherinraj8463]

Thank you sir for the nice explanation

[@anandballabhdurgapal]

Excellent , you deserve more

[@sibtehussain6752]

Just loved it ❤️.

[@simrangupta5988]

Explained really well! 👍🏽

[@ankittiwari-ih9xp]

Thank you sir This is very helpful for me

[@vinayrana610]

after so much wait thank you sir

[@lifeofamankanwar]

Tnq so much for it so easy to comprehend❣️

[@hostellifeuom8894]

Very good explanation sir . Allah blees you

[@FortheLoveofPhysics]

Thanks :)

[@sakshipathak7344]

thankuu sir😇🙏

[@aditapal]

Thanks sir. Well explained.

[@shahnazshume5743]

Thank you,Sir.

[@padmajaray667]

Thank u sir for ur lecture🥰🥰

[@amiramaz]

Thanks a lot!

[@akashkumargupta6474]

sir do you giving tuition?

[@mdiqubalansari16]

Standard explanation 😊

[@Chakrawat-Pakshii]

खुप सुंदर!

[@ananthakrishnan5904]

awesome

[@mallikatarannum8047]

Sir awesome👌

[@dhineshkumar4235]

Very good lecture sir and easy explanation. Can you make for quantum mechanics electrodynamics

[@srogger2926]

i am subscribing you.. thank you sir

[@tulusen4946]

thnks for this gift

[@studywithgirishkumar8271]

Thanks sir

[@nadjaeanderson1104]

Have exam tomorrow

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sr ur name plz and working where

[@rizwangill7182]

So nice Subhan Allah

[@maozfaraikha947]

Sir ur name????

[@FortheLoveofPhysics]

Dibyajyoti Das

[@dr.saurabhkunj5423]

Sir too much hand expressions looks dramatic and deviates from Physics too.

[@MohsinKhan-kl2qe]

Maja agaya

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woww

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Fabuloua

[@mbproduction4436]

Hi

[@rinishiyadominic6064]

👍🤝

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I love you

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[@FortheLoveofPhysics]

Maaf kijiyega, apko takleef hui 🙏 Kahe toh apke ghar p aake apko padha de?

[@dimpleshakrawar9910]

Your explaination was like..i'm listening to a story....i was imagining the picture of ur explanation....i wish i had a teacher like you....u really make it easy....thnk u sir....thnk u...

[@uhuihi_uihiuh]

I loved the chalk analogy. I have three textbooks plus lecture slides and was still confused. Thanks to your video everything makes much more sense to me now. This is easily one of the best channels on KZbin, thanks for your hard work and please keep going!

[@lydialindgren9223]

I am currently in the exact same situation. I have at least three textbooks outlining quantum tunneling in alpha decay and was so confused. This video was much needed for my part.

[@goutham94]

Masterfully taught!! Well done. We need more people like you in Physics

[@amjadilham4174]

Why does the wave have a different kind of lag shape in the quantum tunnel?