The Physical Meaning of Maxwell's Equations | The Secrets of the Universe

[@stevenschilizzi4104]

This is among the best introductory explanation of Maxwell’s equations I’ve ever come across, on a par with that by Richard Feynman! It’s really brilliant. Congratulations! You must be a fantastic teacher. I hope your students know how lucky they are! Best wishes from Australia.

[@ajitkumavat6166]

Most satisfying video i've ever seen on KZbin explaining physical significance of Maxwells equations in such a beautiful and simple manner. Thank you Sir.

[@TheSecretsoftheUniverse]

You're welcome. Glad you enjoyed and learnt ❤

[@krishnabala8403]

Brilliant explanation of Maxwell’s equations by Rishab from “Secrets of the Universe”! Love the way he connects the physical manifestations of Gauss’s, Faraday’s and Ampere’s laws in a neat story! What a great teacher!

[@firebirdies]

The best tutorial ever. Please make it a playlist 🙏

[@Aszx_zx-g8f]

Subscribed!❤ What an amazing video!!

[@reeselebbing9116]

Best, most clean-cut, explanation of Maxwell's laws!!! Thank you!

[@CarletonJoe]

Thanks for sharing such rich insights! You seem to be one of the rare types who has the capability of understanding high-level concepts, yet has the ability to simplify things in a manner that those of lower capability (or less experience) can grasp. Thanks so much!

[@dhavid__]

Not me trying to find other related videos to the rigorous maths related to maxwells equation😩 this is the sweetest and most soothing explanation I’ve seen. You’d have gone further sir🧎🏽‍♂️🤧

[@dhavid__]

A video of the math explaining it’s significance and all

[@saranashraf2624]

I have been following since 2015. now I am seeing you live... You are doing a very very great job. You are my spiritual Teacher. Respect from Pakistan.

[@deepeducation7460]

Easiest video ever on maxwell's equation

[@MrTomasino100]

amazing video, thank you so much. Makes uni in quarantine a lot easier

[@gayathridineshbsbu9343]

You have given Very practical explanation rather than others give theoretical explanation... thank you so much... please give more such useful videos

[@PeterParker-gt3xl]

Definitely a quality teacher.

[@ambatipudimadhu9713]

Splendid explanation. Concise and beautiful.

[@TheSecretsoftheUniverse]

Thank you! Glad you liked it

[@dewashishkumar5785]

Glad to see you sir I always imagined whose voice is behind these videos who explains things very clearly I like your videos and way of explanation and. Please keep going and enlight people with great knowledge god bless you and thank you for giving us intrsting secret of universe

[@TheSecretsoftheUniverse]

Thank you so much Dewashish :) Keep supporting!

[@legendarysuperherotv7975]

i am very satisfied with the brief explanation of Maxwell equations. Thank you SIR

[@namogh5973]

Your way of explaining is splendid sir. I wish you upload many more videos and keep us helping via your theories sir

[@soniaboora9416]

Most satisfying vedio..... Awesome explanation of divergence thax a lot dude

[@RyanJumarPantoja]

Great explanation.... I easily understand how each equation works....

[@rohan.fernando]

A truly excellent explanation. Well done !

[@ashishkumarsharma2584]

Very easily to understand after seeing your video

[@gayathridineshbsbu9343]

Please do more videos..we really need it..

[@satyampriyadarshi27]

Direction of magnetic field around a straight conducting wire is determined by right hand thumb rule. Great voice and communicating skills.Keep uploading.

[@arj123sub]

Very clear explanation, thanks a ton.

[@gowri358]

I am very thankful to you for this video. Yours explanation is awesome and it gives clear observation.

[@TheSecretsoftheUniverse]

You are most welcome

[@shama_k2604]

The best .. no other words .. the best explanation ever🙏🙏🙏🙏🙏

[@kai_enforcer]

in case of divergence of magnetic field - little correction: magnetic field lines did not start nor end in magnet, they go through - they are loops (continuous closed). Law says that there's no 'point' source of magnetic field.

[@TheSecretsoftheUniverse]

Yes but if we visualize the whole loop, then they appear to start from North and end at South outside the magnet.

[@kai_enforcer]

@@TheSecretsoftheUniverse But that's a problem I'm telling you about. You're treating two poles of magnet as separate, but there's no such thing as magnetic monopoles, therefore you can't treat them like that, also if you 'theoretically' separate two poles of magnet to distance then matematical dipole moment would look different than in ordinary matter. There's no such thing as "divergence in north or south pole of magnet", because if it would, then i can draw a different sphere and then divergence wouldn't be zero.

[@ChandanaKRUBEE]

Great explanation sir 🙏🙏

[@MrPandyaketan]

Fine structure constant (1/137) is found in spectrum gap in atoms. So does any exponential of Alpha (1/137) connect or explain wave and particle collapse relationship?

[@anuragpandey3094]

It's awesome explanation sir🙏

[@TheSecretsoftheUniverse]

Thanks Anurag

[@dssaran]

Explained in practical manner. That's make easier tq......

[@TheSecretsoftheUniverse]

You're welcome :)

[@yeezymusic]

I’m at -01:00 and I’m already thinking 🤔 this might get us in trouble with the health department..

[@darkplayer915]

Great Explanation 👍

[@RahulRaj-xm5bu]

Good start bhaiya I was waiting for your lecture series... Lots of love .... Pls do make videos on SPHERICAL HARMONICS

[@TheSecretsoftheUniverse]

Thank you Rahul. Sure will make on it too. :)

[@dhiraj066]

Great explanation thanks sir👑

[@alex79suited]

Very well done mister. It's a beautiful thing.

[@willmcbride4435]

What an excellent presentation! You quickly and thoroughly get from the math to the physical. Well done!

[@vikash9619]

Great video and explanation is also very good Am looking for time to watch ur every video

[@thompoz7114]

Excellent presentation

[@parameshwarhazra2725]

You just made my day . I really enjoyed it.

[@divyatahelyani8083]

Very well explained!!👏👌.... waiting for more such videos

[@TheSecretsoftheUniverse]

Thank you Divya

[@tamilanuthiran6360]

I am not expecting this is very super explanation thank you sir

[@priyankaaken3623]

U r amazing sir..Kash me ye video engineering me dekhti.....anyways it helping me now for technical exams

[@TheSecretsoftheUniverse]

You're welcome :)

[@user-SATYA-SANATAN-SANSKRIT78]

Please upload more lectures

[@EasyElectronics5780]

Best video on the topic

[@abusufian5391]

Excellent explanation ...

[@abhijeetsingh8571]

A good start !!!👏👏

[@TheSecretsoftheUniverse]

Thanks Abhijeet :)

[@sivaprasadkodukula7999]

Very good explanation

[@francishalam2283]

Tq so much sir... Sir can u plz explain more elaborately on this topic once again🙏🙏🙏

[@georgematthew1]

I wish I had seen your videos in college! You explain well

[@KaliFissure]

A photon can be seen as the spherical implosion shockwave caused by the collapse of an electron orbital. Electron shell shrinks, space rushes in creating a spherical implosion ripple which propagates from origin at c. This is the entire probability sphere of QM model as a physical event. The wavelength is the thickness of the expanding membrane. And consider that the outside of a sphere is always divergent relative to the interior side.

[@KaliFissure]

Absolutely!!! A little known attribute of dielectric fluids, which Maxwell thought space to be, is that they develop charge separations as they flow. A divergence in flow creates negative charge and convergent flows create positive charge. This is a physical phenomena which oil industry has to account for. Space is a dielectric fluid. A perfect insulator which means that charges are held extremely locally. All of QM, integrating gravity, can be modeled using hydrodynamics of a perfect dielectric fluid of variable density. Variable density? Yes. The density of space can be measured by the local energy density. We know from the mass energy conversion equation that although energy usually does not impinge on spacetime to the same degree as mass, this is because mass is in fact energy in orbit around itself and thus extremely concentrated.

[@estebanibarra6374]

Muy bien explicado! Muchas gracias

[@FrankLyer12]

amazing video, thank you

[@suttoncook2358]

This presentation is very well done! Thank you for your time into explaining these equations!

[@ashrafbhatti5226]

Absolutely the easiest and wonderful way to understand physical meaning of Maxwell equations

[@mixeddreamslofi5142]

Very very nicely explained. 🌟

[@pinklady7184]

Greeting from Ireland. I just subscribed. Thanks for tutorial.

[@TheSecretsoftheUniverse]

Hello there! Thanks for subscribing. Enjoy our content :)

[@PatelAlbie]

Great explanation Rishabh, keep it up

[@TheSecretsoftheUniverse]

Thanks Ankit :)

[@hrkx91]

Wow 👌 such a brilliant explanation sir i love u really u are a legend And u give me a lot of inspiration 🥰

[@mohammadtauhiduzzaman1276]

Really loved the presentation

[@chaudry123]

Very good young teacher. As everyone including me is in the process of learning so would like to suggest a key correction here that unlike electric dipole there is no such thing as sink or source for magnetic dipole say bar magnet. If you draw the magntc field lines also inside the bar magnet, they will just make loops. These curl.

[@saitamapreetsingh3057]

Thank you Sir ! You are a hero !

[@deepeducation7460]

Please make more videos on typically physics concepts. .we are waiting for those.

[@TheSecretsoftheUniverse]

Sure Deepshikha :)

[@sidharthnaakra855]

Great explanation Sir!

[@TheSecretsoftheUniverse]

Thank you Sidharth :)

[@simranpreet3822]

A great topic to begin with your lecture series 😍😍... Explained in a lucid manner😍 Looking forward to more such videos 😃

[@TheSecretsoftheUniverse]

Thanks Simran :)

[@Nanba91]

GREAT! THANK YOU VERY VERY MUCH SIR!

[@SanchitPEE]

Great content sir... please upload more videos related to electrongantism and optics basic theory and model.

[@walterufsc]

There is a problem with the equation for the divergence of vector G. In fact, the divergence of a vector is a scalar quantity. However, on the blackboard, the divergence of G appears as a vector, improperly including the unit vectors i, j and k.

[@kafkaesque4023]

This channel is awesome..

[@TheSecretsoftheUniverse]

Thank you 💕

[@poovizhikannanm]

Nicely explained!

[@Rafi8712-h1j]

Excellent effort! It would be excellent to get some detailed discussion on the 4th equation. Please let us know if you have any such plans. Thanks a lot.

[@samarjeetdangi4297]

thank you sir ji 🤩😁

[@swradios]

Excellent!!

[@PrinceSarraf0314]

From this video, not only i understand the meaning of Maxwell field equations, but also i learnt the courage to make a youtube video and achieve some height in this app.😅😊🎉

[@chiragmittal2758]

Awesome Video😍😍😍

[@TheSecretsoftheUniverse]

Thank you Chirag 😘

[@suttoncook2358]

I think it would be cool if you made a video about the original 20 Maxwell equations.

[@Bledi838]

This is not important because Seagan said so...... But Maxwell was a Genious who grasped by intuittion how electricity is generated by the Magnetic Field and put this into mathematical equations..... so the world can use it....even Faraday who showed him by experimentaion didn’t understand how it did happen. As said so by Maxwell himself in his super work: The dynamical theory of Electromagnetism. He said to understand how the magnetic field worked he needed a leap of faith in the fact that “the field always seeks a balance with the surrounding environment”. And his drawing of the sperical harmonics of the Earth is another genious work.

[@Shackled]

Excellent explanation, thank you much!

[@raaj-esht9356]

Here divergence of vector gives scalar,you wrote as vector which is wrong

[@varshithr8991]

Aaaa alot more to learn to digest this topic

[@aparsharma3328]

Good one!👍

[@TheSecretsoftheUniverse]

Thanks!

[@bishnu7000]

well explainer ♥️💚💙

[@TheSecretsoftheUniverse]

Thanks 🙏

[@sreenivasakkera3758]

Make a video on physical interpretation of wave propagation and radiation

[@MrHassan07cse]

i have tried too many times to understand maxwell equation but couldn't . Now i have catch the concept clearly after watching this video. many many thanks and i request u to upload video for general theory of relativity.

[@TheSecretsoftheUniverse]

Thanks! Sure will do. Glad you liked it.

[@ihsanam9165]

Thank you sir

[@saravanasiva1804]

Great sir

[@surendrakverma555]

Very good

[@AbrahamYohannes-mo4xj]

Respect sir ❤❤❤❤

[@ॐतत्सत्-च2य]

Plz make a detailed video on E=(mc2)^2 + (pc)^2...How, When(chronologically) & Why did Einstein invented this equation...Also, I know the c2 comes from the derivation but why it's not c,c3,c4....you get the point...Why c is squared???Is there any universal significance.

[@thecules6891]

this is amazing wtf I cant believe im following this.....just started calc in higher dimensions

[@drprashantpervatikar513]

Also, why we have to use the termC squared,where c is the velocity of electromagnetic waves , to balance the fourth equation is not clear to me. The first 3 equations are straightforward because they are taking about fields. What is the reasoning behind using the wave velocity in the fourth? We were talking about fields in the first 3 equations, suddenly, in the fourth, we are dealing with wave velocity. How come?

[@alone-tt8dg6ic6f]

excellent

[@iitphd]

Divergence of vector is a scalar quantity.

[@dipakkadam1315]

Gauss law in magnetism =0 coz magnetic monopole never exist... Thaks.. For such a beautiful explanation

[@khan-fs6th]

Yar kamal❤

[@drprashantpervatikar513]

You have explained divergence and curl clearly. But why the curl of the electric field should be considered in Faradays law can be further clarified. We consider the curl of the electric field because this is responsible for pushing the electrons in a circular path through the coils of the conductor. Am I correct?

[@faruqhsj]

Great illustration ! Can you just present some example problems and the ways of solving them please ? Thank you so much for your kind efforts in enlightening us !

[@virendratripathi7820]

Liked and subscribed. Would have like to see some lab-examples or examples from the world at large. As it is, it seems more like repeating that is written on the board. But good effort no doubt! Do you have any videos on how these equations helped Einstein form the theories of relativity?

[@RajeshKumar-uy1pg]

Waiting for more videos sir