Alpha Decay and Quantum Tunneling

[@Abr_4040]

Where has youtube been hiding you? Found you after a whole year of living in confusion. Lots of love. God bless you.

[@sakshamkaushal9004]

i personally feel that it's the best of all lectures one can have on this topic ...

[@fran5594]

Amazing lecture, but please stop yelling at me, I am scared enough already.

[@mrchops]

same! even with the volume lowered, it still sounds that he is shouting hahah

[@harshitamojidra2075]

It's great..... the language is so clear that anyone can understand

[@baharasingh3840]

Harshita Mojidra 👍

[@bogdanelbogdan2600]

Great way of explaining! I wish my physics teacher and professor was like you! Keep it up!

[@shreyaakrishnakumar9603]

Thanks for the explanation. I got my concept clear

[@muntahadar5548]

literally this lecture helped me to elaborate clearly my presentation on the topic of quantum tunneling........ i crossed the barrier nd caught the concpt

[@intoxicatedgluestick23]

I am trying to write a 4 page quantum tunnelling presentation in 8 hours.

[@krishnannarayanan8819]

Crossed the barrier, hahaha!

[@shachiojha9820]

It 's the best part to clear the concept. satisfactorily explained........ ...Helped me a lot...THANKS a lot Sir...

[@e1ston]

wow! explained really well. keep it up!

[@AKLECTURES]

Thanks! :)

[@tabassumorina5424]

you deserve millions subscriber sir !

[@bharattechinfo7727]

Very nice explanation..... Exactly what I want.... Thank you

[@ajayrorarya1287]

Amazing video sir .... Namaste and love from India 🇮🇳 .

[@richardaversa7128]

your sound quality is way better in your more recent videos haha. I appreciate you so much. keep up the good work!

[@sunilchahal5317]

Best lecture of tunneling effect

[@lisen8036]

really amazing video. Thanks a lot!

[@kaushikghatak4918]

No words to compliment

[@bhuwneshchaudhary6149]

really concept clearing leccture sir

[@mohdaltaf5373]

Wonderful explanation sir

[@matmindsjj]

perfect video. thanks.

[@sadiatahir3825]

Thankyou,God bless you.

[@nam6nam4]

For the uncertainty principle, do we not need to divide 2 to the h bar?

[@DoFlamingo_1P]

Really helpful. Quality content.

[@shaimaamahmoudelzaherbebar1316]

Thank you so much

[@MM-ei7xv]

wow you're simply amazing! thank you

[@santoshmahato8032]

sir will you please upload video of classical turning point , ur video is very interesting and helpful

[@rozmarakiraly]

Thank you very much for making this vid, helped me a great deal :)

[@stevesilverman3505]

This got me wondering will some nuclei that we consider stable will eventually alpha decay but have a very very long half life? is there always a non zero probability that the barrier will be overcome? Or is there something different about stable nuclei that prevents an alpha particle from forming in the first place?

[@ishtiaqmithun2120]

thank you. It helped me a lot.

[@Jobsonu]

sir what happens to electron when protons get decayed out... does it make electrically unstable atom

[@dikshaaggarwal218]

tysm sir for this amazing vedio

[@gabriellafaro]

Great job! Thanks!!

[@sophieevans8978]

fr best explanation rather than a bunch of waffle

[@zphuo]

If there is a energy uncertainty, why do u know it will spend 68.9 year to decay but not 1 year or 10 year? If uncertainty principle is effective, the decay should happen at any time i think.

[@sonyexperia7737]

It does happen at any time -for one atom. But the probability of it happening is fixed. When you have a lump of this radioactive matter (quite a lot of atoms), half of it has decayed in 68.9 years. Richard Feynman has some mind blowing lectures about probability in physics, though not in direct relation to radioactivity. The entire everything turned out to be the sum of probabilities. 42.

[@zphuo]

Thanks. I will go to find some Feynman lectures to study.

[@kumnegershiferaw3819]

thank you! good job!

[@souravbiswas6833]

♥️

[@basitkhan2934]

your talking pace is pretty fast kindly overcome this only drawback of you