note: I say 'e' instead of epsilon to describe permittivity because its visually and linguistically easier for my brain to remember English than Greek -- hope you enjoyed the video :)
The story about Faraday always resonates with me because he was really just observing things in his lab (metal powder creating field lines on paper) and experimentally reached the right conclusions, without any knowledge of advanced mathematics or physics. Essentially, the opposite of Gauss, who was a great mathematician and reached all the right conclusions purely through calculus, without ever experimenting in a lab. Only many years later were other physicists able to confirm through experiments what Gauss had found through math. Personally, I find Gauss’s story more fascinating. All he used were numbers and logic, and through that, he deduced reality.
Really love these videos, you took me back 16 years ago to 2nd year EE at Baghdad Univ. Fields lecturers, also i couldn't agree more with what you said about imaging and understanding simple basic physical concepts, i think it's the beauty of physics to visualise how any system works then to see it represented in maths and like oh that's how it is going. Finally i think Richard Feynman once said that you can measure your understanding of an object by your ability to explain it to others. And you know how to break it down and put it all together again in simple and clear way, keep it going.
very good video, thanks for doing it. would like to see a second part going deeper in understanding the electromagnetic waves deriving from the equations.
As someone who obtained a degree in physics and whose career path took me in a different direction, I am thoroughly enjoying your videos as a rekindling of the youthful passion I seem to still have for these subjects. Thank you!
i never understood what the del operator means until i did vector calculus,it is weird and you can easily get lost without a solid background in math but im proud of the way ali the dazzling tries to uncover this mystery to many.thank you for your educative content i usually enjoy,from kenya pursuing chemical engineering✌
My name is Hassan and iam from India. Although i've studied this topic in the same way as you explained but you are such a good explainer Ali please make videos on more advance topics i will definetly watch all your lectures also i would love to see about your intuition on wave equation.
thats crazy finally understood theory i learnt so far just to solve problem. now i see the insight of these equetion , woow please continue the playlist .
great. i will watch it a few time in loop, then come back to it after working the subject on my side. thank you! yes, a video about the wave equations would be great. thank you for your capsule!
According to the majority of the "viral math problem" videos, many people don't even understand implicit notation. Maxwell's equations are way out of their league.
Thank you, i am studying GeneralPhysics for my Bachelor's, and i have heard about the maxwell equations a lot but didn't really understand them well , this year, we have a course called electromagnetic Theory that will dive deep into these equations , this video helped me understand the basics quite well .
I'm taking E&M right now and these videos are helping so much. All we do is math math math but, you're right I'm not getting an intuition for what's happening behind the curtains. Thanks for taking the the time to make these videos. I would like to see an explanation of the relativistic effects of a moving charge, I understand that the E contracts but the charge carrier drift velocity does not seem to be at relativistic speeds.
The magnetic field produced by a moving charge is the relativistic effect of the charge. If you move along with the charge you then detect an electric field and the magnetic field disappears.
Insightful -- and what I liked the most was the way you explained it with "cause and effect based explanation approach" And I will even go to the extent that these are the only two fundamental fields of reality (to be precise QVF) -- and everything else are just manifestations of the DUALITY exhibited by these two fields only. Turns out this DUALITY idea is a basis of our QVF sourced TOE, that has been developed by framing fine structure constant (FSC) as Maxwell daemon and hidden variable -- and more specifically by modelling the FSC as the regulator of QVF using our Riemann hypothesis proof called CPT(α,Φ) function -- and so, how about I present our theory to get your constructive feedback? First if I may explain our theory by explaining classical reality emerges or gets birthed from quantum reality under our theory Simply put -- Our CPT(α,Φ) function( aka Riemann hypothesis meta proof) is the measurement scale used by the universe to regulate/correlate the DUALITY existing between the “α governed quantum universe“ and “Φ governed classical universe”, by birthing the space-time of latter from the former again & again, using 5 HIGH-BARS, set by Wightman-Osterwalder-Schrader (the ultimate golden yardstick, as explained in detail in this article). www.linkedin.com/pulse/summary-our-firms-10yrs-toe-work-wa-request-world-form-prabakar-k25sc/?trackingId=HMyXjPicQRm4hcSYi3FT2g%3D%3D Welcome complementary POVs
@@alithedazzlinghi , Dr Ali how are you doing? I’m 30 years old studying electrical engineering technology at a community college. We have an university that offers a B tech degree. My question is what’s the difference between B tech and B engineering degrees and do I get the experience and knowledge needed in engineering?
To solve the equations in vacuum it'd be far more efficient to write a single equation for the Faraday bivector _F_ then all four equations are in just this one: ☐F = J. (The geometric Clifford product on ☐ and _F_ ). In the spacetime Clifford algebra the ☐ operator has an inverse, so the fields can be found simply from F = ☐^-1 J. What I always felt in awe of is that in inhomogenous media electrical engineering nerds can still solve the equations numerically. Gives me a headache to even think about that programming job, as does the Navier-Stokes.
I was literally studying this today and you just dropped the video. I'm a pursuing ICT engineer learning about electromagnetic fields. This helped me immensely. Thank you.
I'm from Brazil, I started college in electrical engineering three months ago, straight into the 2nd semester, next year I'll be doing the 1st semester, I'm doing very well in derivatives, due to hard work. I wish you all the success, great channel, if you could give me some tips on efficient study methods I would appreciate it
@@alithedazzling Hey man thanks for the reply I am looking forward to your video as computational engineering is a career me and a lot my friends are considering and it is essential in a wide range of engineering and natural science disciplines.
Thank you so much Dr. Ali for the great explanation of Maxwell’s equations. A note from a mathematical fact, in a function y=f(x), the cause is the independent variable x and its corresponding effect is the value y, unlike what you said.
I want to say thanks because your videos revolutionized the way i saw physics. instead of seeing it as rules that dictate the universe you familiarized it in a way that made me think of it in a cause and effect logic sort of way. It feels more physical to me now, not as mystical and I think I'm even more interested in physics than i previously was. all the cause effect logic I use in basically every other subject can be used in physics. any logical process or synthetization patter can be applied to physics to deepen my understanding of the world and the models we have for it. Thank you so much. I'm doing so much better and learning so much more from my physics class because of these videos. you also have a lot of good advice for engineering in general. I love your channel.
i'm still in 10th standard , so i'm still pretty new to maxwell's equations. seeing this video, i feel, i have a more deeper understanding, that will be further supported by deeper reading and understanding. the video was simple and easy to understand, thanks!
Question: What do you think a student can do independently to learn concepts deeply and intuitively like this? I'm in electromagnetics right now and I love learning this way. But my professor is just a "solve the problems" type guy and our textbook is really really obtuse, even for a textbook. It's turning a subject I was looking forward to and expected to love into something I dread. As always, love the content and thanks for everything. I'm a junior EE and have been watching you since the start. I've been struggling lately and I always find your videos encouraging.
I saw the component of the equation describing speed of light in the last equation , what does that mean ? i.e m0E0 i.e product of permeability and permeativity of free space.
turns out....i DO understand maxwells equations.....glad i didnt learn anything wrong or half right.........also pls make a video on wave equation derived from this
Great video as usual Dr Ali; I had one question. As a first year EE major I was had a question about 12:28. To my understanding changing electric fields are described as AC current. Knowing this, would there then be moments in time with no magnetic field? How does this, if at all, effect communications or any piece of electronics you are creating? This video was super helpful by the way, thank you!
Amazing video! I have a chemical engineering degree but still try to learn equations on a deeper level! Please maybe a video on matrixes? I know what rows and columns are but like how to understand them like you explained in the video.
why did you say that the magnetic and electric waves induce each other? you can just say that they are independent of each other. what's the difference?
Hi, I’m 17, I live in the Netherlands, and I’m having trouble choosing between Electrical Engineering(2), Applied Physics(1), Biomedical Engineering(3), and Chemical Engineering(4) So i want to know what Is the best option in the Netherlands? (the numbers mean how high it is on my list)
8:25 you can conclude another thing too. You know that you cant have a magnetic monopole, but you have magnetic objects that have one part as the north and other as the south.... how can you have an object that is a source and a "sink" ... with the magnetic field going out and coming back to the material, so the field lines are closed. At the same way you can conclude for the electro case that the lines are open.
Ali can you make a video explaining the meaning of integral equations cause i really don t know it's meaning i only know the soloving part Like in / f(x) dx why dx not dy or not dx÷dy
note: I say 'e' instead of epsilon to describe permittivity because its visually and linguistically easier for my brain to remember English than Greek -- hope you enjoyed the video :)
الله يفتح عليك ويوفقك يادكتور علي, والله فخر لنا كعرب أنه شخص مثلك باحث في ناسا, الله يقويك في طلب العلم وينفع بك وبعلمك.
thank you very much :)
I would love for you to do the wave equation video! So helpful to understanding! 🙏
Yes please.
The story about Faraday always resonates with me because he was really just observing things in his lab (metal powder creating field lines on paper) and experimentally reached the right conclusions, without any knowledge of advanced mathematics or physics. Essentially, the opposite of Gauss, who was a great mathematician and reached all the right conclusions purely through calculus, without ever experimenting in a lab. Only many years later were other physicists able to confirm through experiments what Gauss had found through math. Personally, I find Gauss’s story more fascinating. All he used were numbers and logic, and through that, he deduced reality.
You’ve changed my whole perception about equations now in a better way. Thank you for providing as much detail as possible!
I'm glad you're seeing the equations in a new light!
Your videos explaining engineering formulas intuitively are the best! Please do more of these!!
I'm glad you liked that approach!
Fr
Thanks for educating us Dr Ali .
Really love these videos, you took me back 16 years ago to 2nd year EE at Baghdad Univ. Fields lecturers, also i couldn't agree more with what you said about imaging and understanding simple basic physical concepts, i think it's the beauty of physics to visualise how any system works then to see it represented in maths and like oh that's how it is going.
Finally i think Richard Feynman once said that you can measure your understanding of an object by your ability to explain it to others. And you know how to break it down and put it all together again in simple and clear way, keep it going.
Thanks, I'm glad you enjoyed the video! Feynman is a legend!
very good video, thanks for doing it. would like to see a second part going deeper in understanding the electromagnetic waves deriving from the equations.
As someone who obtained a degree in physics and whose career path took me in a different direction, I am thoroughly enjoying your videos as a rekindling of the youthful passion I seem to still have for these subjects. Thank you!
thats amazing! thank you for leaving this comment, made my day!
This was literally what we did in class today!!!! Please make another video on the wave equations.
i never understood what the del operator means until i did vector calculus,it is weird and you can easily get lost without a solid background in math but im proud of the way ali the dazzling tries to uncover this mystery to many.thank you for your educative content i usually enjoy,from kenya pursuing chemical engineering✌
My name is Hassan and iam from India.
Although i've studied this topic in the same way as you explained but you are such a good explainer Ali please make videos on more advance topics i will definetly watch all your lectures also i would love to see about your intuition on wave equation.
thats crazy finally understood theory i learnt so far just to solve problem. now i see the insight of these equetion , woow
please continue the playlist .
3 years of Bachelors course I did not understand Electro dynamics.
I think i might understand now.
Thanks.
Yes, videos on optics please
great. i will watch it a few time in loop, then come back to it after working the subject on my side. thank you! yes, a video about the wave equations would be great. thank you for your capsule!
Good start! Nice to not get bogged down in the math too much! Next run through the integral forms!
According to the majority of the "viral math problem" videos, many people don't even understand implicit notation. Maxwell's equations are way out of their league.
Thank you, i am studying GeneralPhysics for my Bachelor's, and i have heard about the maxwell equations a lot but didn't really understand them well , this year, we have a course called electromagnetic Theory that will dive deep into these equations , this video helped me understand the basics quite well .
I'm taking E&M right now and these videos are helping so much. All we do is math math math but, you're right I'm not getting an intuition for what's happening behind the curtains. Thanks for taking the the time to make these videos. I would like to see an explanation of the relativistic effects of a moving charge, I understand that the E contracts but the charge carrier drift velocity does not seem to be at relativistic speeds.
The magnetic field produced by a moving charge is the relativistic effect of the charge. If you move along with the charge you then detect an electric field and the magnetic field disappears.
Insightful -- and what I liked the most was the way you explained it with "cause and effect based explanation approach"
And I will even go to the extent that these are the only two fundamental fields of reality (to be precise QVF) -- and everything else are just manifestations of the DUALITY exhibited by these two fields only.
Turns out this DUALITY idea is a basis of our QVF sourced TOE, that has been developed by framing fine structure constant (FSC) as Maxwell daemon and hidden variable -- and more specifically by modelling the FSC as the regulator of QVF using our Riemann hypothesis proof called CPT(α,Φ) function -- and so, how about I present our theory to get your constructive feedback?
First if I may explain our theory by explaining classical reality emerges or gets birthed from quantum reality under our theory
Simply put
-- Our CPT(α,Φ) function( aka Riemann hypothesis meta proof) is the measurement scale used by the universe to regulate/correlate the DUALITY existing between the “α governed quantum universe“ and “Φ governed classical universe”, by birthing the space-time of latter from the former again & again, using 5 HIGH-BARS, set by Wightman-Osterwalder-Schrader (the ultimate golden yardstick, as explained in detail in this article).
www.linkedin.com/pulse/summary-our-firms-10yrs-toe-work-wa-request-world-form-prabakar-k25sc/?trackingId=HMyXjPicQRm4hcSYi3FT2g%3D%3D
Welcome complementary POVs
Wave equation would be amazing, great video!
Great explanation! Thanks! I wish there was UA-cam when I was in college!
Wow !This video is PHENOMENAL !
Thank you for finally opening my eyes on how to visualise and inagine these formulae !!!
I really enjoyed this video. You should do more of these lectures. I need the learn more about wave equations and go from Maxwell’s equations
thanks -- i'm thinking about doing more with wave equations next
@@alithedazzlinghi , Dr Ali how are you doing? I’m 30 years old studying electrical engineering technology at a community college. We have an university that offers a B tech degree. My question is what’s the difference between B tech and B engineering degrees and do I get the experience and knowledge needed in engineering?
To solve the equations in vacuum it'd be far more efficient to write a single equation for the Faraday bivector _F_ then all four equations are in just this one: ☐F = J. (The geometric Clifford product on ☐ and _F_ ). In the spacetime Clifford algebra the ☐ operator has an inverse, so the fields can be found simply from F = ☐^-1 J. What I always felt in awe of is that in inhomogenous media electrical engineering nerds can still solve the equations numerically. Gives me a headache to even think about that programming job, as does the Navier-Stokes.
Now you need to explain what Vector potential is.
I was literally studying this today and you just dropped the video. I'm a pursuing ICT engineer learning about electromagnetic fields. This helped me immensely. Thank you.
I'm from Brazil, I started college in electrical engineering three months ago, straight into the 2nd semester, next year I'll be doing the 1st semester, I'm doing very well in derivatives, due to hard work. I wish you all the success, great channel, if you could give me some tips on efficient study methods I would appreciate it
I loved how you broke it down into pieces so that I could really understand the equations
the system is made of its components!! if you don't understand the components you will never understand the system :)))))))
Very insightful video ! Thanks !
Can you please make a video on chain reaction.. It would be very helpful
The best explanation of Maxwells equations I’ve ever seen and I’ve seen a lot.
Great!!!
Just had this in my EE class. Great explanation and straight to the point. Thanks! 👍
I am inspired by your achievement as an engineer at NASA. wow.
you are an amazing teacher. maybe you can actually solve problems using these equations. so we get a better feel for them.
Great video Ali!!
Great video again, would love to see a video on computational engineering
that's a great idea!
@@alithedazzling Hey man thanks for the reply I am looking forward to your video as computational engineering is a career me and a lot my friends are considering and it is essential in a wide range of engineering and natural science disciplines.
i am intrigued
Thank you so much Dr. Ali for the great explanation of Maxwell’s equations.
A note from a mathematical fact, in a function y=f(x), the cause is the independent variable x and its corresponding effect is the value y, unlike what you said.
Can youtube educators stop naming their titles like this, it really hurts my self esteem 😥
Yes please make a video on waves !!!
I’m really curious to understand how electric field, magnetic field and photons interact in quantum scales
We understand the intuition just fine. What we will never know is how to solve the fucking things
Maxwells equations to waves, yes!!!
I'm waiting the next video of the relationship between Maxwell equations and waves
Great video! It was fun learning this from mechanical engineering point of view
I want to say thanks because your videos revolutionized the way i saw physics. instead of seeing it as rules that dictate the universe you familiarized it in a way that made me think of it in a cause and effect logic sort of way. It feels more physical to me now, not as mystical and I think I'm even more interested in physics than i previously was. all the cause effect logic I use in basically every other subject can be used in physics. any logical process or synthetization patter can be applied to physics to deepen my understanding of the world and the models we have for it. Thank you so much. I'm doing so much better and learning so much more from my physics class because of these videos. you also have a lot of good advice for engineering in general. I love your channel.
thats amazing!! this is exactly why I made this video, very happy to hear it delivered the result!
Superb explanation, would love to see the wave equation explained at this same accessibility and quality
i'm still in 10th standard , so i'm still pretty new to maxwell's equations. seeing this video, i feel, i have a more deeper understanding, that will be further supported by deeper reading and understanding. the video was simple and easy to understand, thanks!
Just Make more contents like this , teach your knowledge in this way.❤❤❤❤❤❤❤❤
Great video! Would love to see more!
Thanks for clearfying the Physics Doubt ❤
Those moments of aha in your video doctor Ali wich blown my mind: equation is function.
"+" notation acts like or gate.
As a 15y old, yes I don't understamd these equations.
You're right, I don't
Great explanation! Thanks❤
Thankyou very much for great content ❤❤❤
Question: What do you think a student can do independently to learn concepts deeply and intuitively like this?
I'm in electromagnetics right now and I love learning this way. But my professor is just a "solve the problems" type guy and our textbook is really really obtuse, even for a textbook. It's turning a subject I was looking forward to and expected to love into something I dread.
As always, love the content and thanks for everything. I'm a junior EE and have been watching you since the start. I've been struggling lately and I always find your videos encouraging.
watch as many youtube videos about the topic and try to see diffferetn angles
as usual, amazing content!
Why EM waves once they meet with otjer EM waves, they follow their path and dont create new EM fields?
Wonderful vid, man. Thanks for the simple, intuitive explanation.
I saw the component of the equation describing speed of light in the last equation , what does that mean ? i.e m0E0 i.e product of permeability and permeativity of free space.
Good explanation keep at it bro 👏🏻
Please continue with the wave equation. I'm curious how it all comes together.
Please talk about wave equation in a separate video!!
Yeah I'd love to see it
As a guy who is struggling electromagnetic wave course i would like the next video will be wave
I would appreciate a video on the wave equation thing
I like the integral notations. I think they are way more intuitive.
Thank you Dr Ali.
Welp, you just gave me the motivation to plow through the last 10 calculus 3 lectures that introduce vector fields and curl. Thanks!
Wonderful explanation !!
glad you enjoyed it!
Looking forward to a video on Electromagnetic waves and why they travel
Thanks for your service 👏👏
The wave equation too is welcome
Dr Ali. Thank you so much. Please make a video on Wave equation. Not mathy , but concepty.. Like you make, intuitive type. Thanks in advance.
As always , sensational , keep going eng. Ali
Thanks Ali for such an amazing way of delivering knowledge!
Thank you so much dear Dr.Ali for your brilliant explaining.
I never understood Maxwell's equations , just solved math stuff
turns out....i DO understand maxwells equations.....glad i didnt learn anything wrong or half right.........also pls make a video on wave equation derived from this
Ali, I started learning C++, can u make video about it, what u thoughts and advises, who started from scratches learning C
very cool -- syntax a bit tough but once you get the hang of it its a great language
@@alithedazzling ok) thank u
Love these videos! Wish I watched it while I was still in school
Great video as usual Dr Ali; I had one question. As a first year EE major I was had a question about 12:28. To my understanding changing electric fields are described as AC current. Knowing this, would there then be moments in time with no magnetic field? How does this, if at all, effect communications or any piece of electronics you are creating? This video was super helpful by the way, thank you!
Amazing video! I have a chemical engineering degree but still try to learn equations on a deeper level! Please maybe a video on matrixes? I know what rows and columns are but like how to understand them like you explained in the video.
oh that would be a good one?
wish you can explain mechanical stuff like dynamics,thermo etc also :(
Thank you!
You are a very good teacher
thank you!
why did you say that the magnetic and electric waves induce each other? you can just say that they are independent of each other. what's the difference?
amazing video, please derive the wave equation from 3 and 4 !!
I fscking love the way you educate. keep it up!
Hi, I’m 17, I live in the Netherlands, and I’m having trouble choosing between Electrical Engineering(2), Applied Physics(1), Biomedical Engineering(3), and Chemical Engineering(4) So i want to know what Is the best option in the Netherlands? (the numbers mean how high it is on my list)
Can you make a video of all maxwell 20 equations. Certainly these of the scalar component and mechanica stress vector of the scalar component? Please?
man, maxwell simplified it to 4 exactly so I don't have to do that haha
Thanks that was a great video. You inspired me trying to use this cause-conséquence view or équation. Havé a great day
8:25 you can conclude another thing too. You know that you cant have a magnetic monopole, but you have magnetic objects that have one part as the north and other as the south.... how can you have an object that is a source and a "sink" ... with the magnetic field going out and coming back to the material, so the field lines are closed. At the same way you can conclude for the electro case that the lines are open.
Ali can you make a video explaining the meaning of integral equations cause i really don t know it's meaning i only know the soloving part
Like in / f(x) dx why dx not dy or not dx÷dy
Do a video about wave equation pls
do they hold per point, ie the faraday law describes the change of the magnetic field at a point A equals the curl of the electric field at A?
best teatcher
glad you like this teaching style!
U look so much like our head boy from 2yrs back