Maxwell's Equations: Crash Course Physics #37

[@crashcourse]

We made quiz questions to help you review the content in this episode! Find them on the free Crash Course App! Download it here for Apple Devices: apple.co/3d4eyZo Download it here for Android Devices: bit.ly/3TW06aP

[@sergiobeltran8254]

I just watched this at 2X speed, and now the whole world is on slow motion

[@peternichols9233]

Maxwell's equations at the speed of light...

[@prsece3118]

Watch at 0.75 speed 😂

[@deepakkotnala1658]

Hahahhaha 😂😂

[@phenomenalphysics3548]

😂

[@xavimotovlog6537]

A semester's worth of lessons in 10 minutes.

[@herrkire]

Fantastic video! I understood everything. However I am a bachelor in electrical engineering and study this stuff regurarly. I think you should add more and longer pauses between sentences as there are very few breaks to actually think and contemplate. Those who lack the mathematics can't take in this much data without time to think. Just a thought.

[@Sam_on_YouTube]

erik branzen Yeah, I know all this stuff but I'm a lot rustier on it than you and I barely followed any of it. If I didn't know it already... I still wouldn't. It's a tough topic for this format though.

[@upandatom]

+erik branzen she's slowed down a lot! I was thinking she was going at a good speed compared to the usual x100

[@Thwapwhacket]

SPACEbar will pause the video, as space delineates reality as we perceive it.

[@friedchicken9904]

erik branzen o

[@Its0kToBeWhite]

Though You obviously don't understand the definition of "Crash Course" Mr.Engineer

[@Elbarto150]

If this was the first video I’d ever seen about physics I’d run away in terror. Slow downnnnn!

[@UteChewb]

Maxwell's Equations in under 11 minutes. A few brains are going to explode. When I first encountered Maxwell's Equations, through a much longer process of understanding (heh), I thought it one of the most beautiful things I had seen. Wonderful stuff, though in concentrated form maybe only suitable for review rather than learning. Anyway, well done Crash Course Physics.

[@uneducated4309]

Man, you are one of the people who love knowledge. My video can help you with history of byzantine empire. Last years of Rome Empire, and in future there will be knowledge about marketing, economic, love, psychology - Try test Szondi.

[@jeerdace8625]

I would disagree with this, Euler's identity would be the most beautiful equation, however Maxwell's equations come a close second.

[@ThePositiveTarot]

It's actually under 10 minutes... The rest of the time goes to the ending song and credits

[@lukamitrovic7873]

@@ThePositiveTarot and its partially wrong. She completely forgot that the first two are SURFACE integrals NOT normal intrgrals

[@Ash3ary_7abashy]

Maxwell would doubt himself after seeing this

[@EL-iu8rc]

lmfao

[@MarioRodriguez-gr8wc]

Maybe if she slowed down, instead of telling me what the textbook says. 😂

[@johnc3403]

@@MarioRodriguez-gr8wc No Mario, she knows her stuff. You can't fake something like this with learn and repeat. This girl understands Maxwells equations intuitively. She doesn't just know them, she understands and appreciates them to a level that frankly I wish I did. I know the basics but I'm working slowly towards a total mathematical understanding and appreciation.. as for her? ...she REALLY knows her stuff.

[@gal766]

​@@johnc3403The fact that she understand is irrelevant this is a course and we don't care if she knows! I can speak fast too so? when your give a lecture you out to understand that the audience are probably not familiar with the content, otherwise they will no come to you in the first place!

[@johnc3403]

@@gal766 Someone needs to take a chill pill..

[@blifx]

i dare anyone to watch this at 1.5x

[@nameredacted9119]

Bryce F That’s what i’m doing because the ap is in an hour 😬😬😬

[@laithuong7739]

i thought english native speaker can haha

[@Originalimoc]

me here revisiting this topic but paused a lot

[@subhamsaket180]

I thought it's already in 1.5x

[@drparadox2776]

So, I'm the only one who is watching it at 2x

[@sysconfig]

I love PBS. but pls, sloooow down.

[@oshkoshbjosh986]

The two vertical lines will let you pause the video. It may help to periodically sketch down what youre understanding and build on it. Play. Pause. Sketch. Repeat. Hope this helps!

[@0MoTheG]

That is what I thought, then I discovered the pause button.

[@yogirs3079]

Yep, she should definitely slow down and make a video into 2 parts or something like that......my brain cells are unable to catch up with the images. LOL :)

[@0MoTheG]

They will have to redo the video anyhow because it is factually wrong.

[@plumeater1]

"Change the speed" Oh really? There's at least 3 month's worth of work by maxwell and the video only is only 11:00. They can at least slow it down a bit, not hurry up like the essay's due this minute.

[@AchiParadkar]

An honest review that I hope @crashcourse will consider in future. 1. Speed: I know I have a pause button and can watch it at a slower speed. It had always been the routine. But this time they've taken it a bit too far. It's okay to stretch a video from 10 mins to 15 mins. The viewers won't treat it as a long video. If you still insist to keep it short, try reducing the content rather than cramming everything into 10 mins. 2. Content: A lot of secondary details overshadowed the actual content of the course. The intention of watching a CrashCourse video is to understand a topic in the simplest way possible, and not just brushing up what we've already learnt. The content seemed like a summary of the chapter aimed at someone who's already studied the topic. If I were new to Maxwell's Equation, I'd as lost as I'm in the classroom. So the whole point of this video becomes moot. 3. Delivery: Dr. Shini is a brilliant physicist, and could've done a lot to make us appreciate the topic. Rather she just gives a flat delivery of the script like the evening bullet news. It's not just the speed, but it seemed more like reading notes straight from the book. I'd love it if She could weigh the important concepts more heavily and let the secondary equations run in the background as additional reference. 4. Creativity: Fancy colours and cool animations to the content didn't just cut it. Please try to make us visualize what you're presenting. I was eagerly waiting for an "Ah! ha!" moment when she was explaining the equations. The math and all was cool, but if it was just those equations and their derivations, we could've gone back to books. Expecting more efforts in making us realize the beauty of Maxwell's Laws rather than the nitty-gritty. However, big thanks for creating such awesome contents and sharing for free... much appreciated. Keep up this great work!

[@Carofdoom1126]

You should probably have closed loops around your integral signs, to denote that it is a closed loop line integral.

[@zk221996]

Wasn't sure if you were teaching or rapping! :/

[@urvishmahajan]

zaach karl ha ha

[@AmeerulIslam]

crash course for a reason, you can't completely learn from this channel. It's only good for revision!.

[@alexnaranjo9313]

zaach karl lmao

[@JohanManojMathew]

Blame the teleprompter. You can clearly see it by looking at her eyes.

[@imaginaryuniverse632]

I put it to 3/4 speed but I think I need to listen to it in reverse... :/

[@kureem]

I end up with a toothache and forgetting what I already knew about Maxwell equations.

[@ThomasWilgenbus]

This episode was done AT the speed of light!

[@yujiokitani4492]

Watched the whole video Didn't understand a thing

[@BirdRaiserE]

Yuji Okitani They should have two-parted this one. Maxwells equations are NOT a one video topic, especially not a ten minute topic.

[@jimmyriba]

EHW2 Especially when they edit away all pauses where the previous sentence can sink in. It's a terrible video from a didactic point of view.

[@nafrost2787]

Glad to know I'm not alone

[@harvaapiano5044]

well good luck bro

[@jamescarmody4713]

I love how Doctor Somara takes something well known like the speed of light and presents how scientists derived it before she explains what their result was. She keeps lecture interesting and works my mind!

[@jameskennedy7093]

As an educator, I'd like to point out that people tend to only be able to hold a very small number of things in their heads at once-- somewhere between five to seven. That's simple things, like one digit numbers. The only reason any of us can do more complex tasks than that is because of "chunking" where we eventually form large single units out of things we've already learned have significance-- like being able to remember a long string of numbers because it's a combination of your sister's birthday, your weight, your friend's address, and your social security number, backwards. This video is horrible because it introduces a bazillion new names for things and calculus concepts as if it's a Micro-Machines commercial from the '80s with that guy who talks a million miles a minute. There's no way to chunk any of this, unless someone already knows it.

[@weinzgor]

I'm a 2nd year maths and physics undergrad doing a course on Electromagnetism this semester, and this video does a great job of summing up all the key points (highly recommend for students who like me who pass off watching youtube videos sorta related to their topic as studying instead of reading lecture notes lol). However, it is probably not ideal for someone with little to no background in the area. I imagine many of the points made required an extra tab for wiki-ing to get a more intuitive feel. Hats off to her for compounding so much information so coherently though, great revision aid!

[@devluz]

It would be great to have another season of Crash Course Physics that focuses on intuition and experiments. If I pause the video regularly I can follow the math but I don't think I can really grasp the meaning of it.

[@IoEstasCedonta]

The TED talks' channel is that-a-way.

[@praveshkhanal]

9:47 Poor Ampere, he doesn't even get a mention even though his equation is used by Maxwell and Current's units are named after him.

[@xavimotovlog6537]

Don't forget Oliver Heavisid. He simplified Maxwell's original 20 equations to the 4 equations we commonly see and he is almost never mentioned in any book.

[@yunoletmehaveaname]

He got a whole episode earlier

[@Cheeriot]

After battling my em course for two months, this is the best summary I've ever hoped I would stumble on!

[@daniellesmeister]

Finally!!! A video I don't need to speed up to 1.5x I really appreciate that you don't talk like someone who doesn't even know what they're talking about or like someone who has recently woken up from a coma.

[@Bolerophon]

I rather watch a video that's really long but makes sense and is understandable than one that's 10min without a single second of pause.

[@rohannalawade3227]

Use the pause function

[@Zghost276]

Change speed to 0.5x. Problem solved

[@gunjangosain8517]

changing speed to 0.5x makes video more horrible. and its gud that she takes pause for understanding the end and beginning of new sentence.

[@acruzp]

Go watch 20 hours of a university-level course on electromagnetism if you're going to complain. Honestly, you idiots are complaining about something you got for free.

[@RobotHau5]

​@@acruzp Refer to the other CC videos on this channel and you'll see that the others leave a lot more room beteween their words. She riddles off words with no pause between. Its not idiotic to criticize something, as they missed the mark with this presenter.

[@ryeofoatmeal]

ive been wanting this animation 5:50 for ages cos i couldnt imagine in my head. thanks :)

[@frankschneider6156]

+CrashCourse I really have to applaud you for 1) tackling this extremely important, but not completely trivial topic instead of shying away from it 2) showing them in their integral forms 3) not hesitating to show a formula or 2. As we all know, that every mathematical formula reduces the audience by 50%, this is quite courageous for a mass oriented channel. Therefor I'd like to thank for sticking to your ideals and not succumbing to trivial edutainment (as Scishow does too often). Possibly the best episode Crash Course ever made.

[@acg6350]

2) differential forms FTW

[@ndjarnag]

please talk faster

[@anishtiwari1121]

Try watching it in 0.5x to understand.

[@gauravproton1956]

I don't have that option😥

[@stuartmurdoch7567]

This video is supposed to complement your studies, not substitute your lecture. Go to your lectures and pause the video to think. Great video for a quick pre exam brush up but not for full on studying. I would love a longer video with some examples though!

[@vourkosdude]

I am a telecommunications engineer and I did this in extreme detail during my uni days. And not a moment since! You brought back some memories...

[@MatheusSilva-dragon]

Thank you! Now I finally undarstand the Maxwell's Equations and also I understand the electromagnetic waves very better!

[@jvca84]

For those interested in a more fundamental version of maxwell laws: Rot(E)=-∂B/∂t (Maxwell-Faraday) div(E)=ρ/ε0 (Maxwell-Gauss) div(B)=0 (Maxwell-Thomson) Rot(B)=μ0*j+μ0*ε0*∂E/∂t (Maxwell-Ampère) Gauss and Ampere theoremes can be proved by those set of equations using some relations like the Ostrogradski formula or the Stokes formula - Rot and div are vectorial operators - j is a vector called volumic density of current (translated from french name densité volumique de courant) - ε0 and μ0 are the famous constants - ∂B/∂t and ∂E/∂t are partiel derivatives

[@Chris-gy3eh]

neither is more fundamental, they are exactly equivalent.

[@sexybeast7728]

how did you write all thos letters?

[@zoltankurti]

Actually volumetric current is a misleading name. It's rather current per area, not volume.

[@garrytalaroc]

This is a very very very brief explaination such that it's hard to understand for someone who is going fo the basics. This topic itself deserve a video for every maxewell equation

[@Lit-E]

Just came from the visuals of Physics with Eugene to understanding the math in this video, makes it easier to comprehend

[@kirstenschreuder8851]

Is it necessary to be this beautiful? I cannot focus on the content of the video.....

[@DrStratComm]

As a non-expert, I had a tough time following this and quickly realised it is aimed at people who have a background in physics or mathematics. If people like me, who haven't studied these subjects since high school, were to watch this, most of the material would be inaccessible. Plus, it's painfully fast and I simply couldn't follow even though I wanted to. 😢

[@tychothorpe4515]

This is why college is broken... I have a professor who failed at teaching this topic across several weeks (probably a total of 6 hours) and you explain it better in 10 minutes

[@graceb2404]

Student in EE, recently finished Physics 2 (E&M) last semester, watched in 0.75x and understood everything. This video is a great refresher :) Thank you for this!

[@ishanr8697]

I did my undergrad Physics degree 10 years ago and have been teaching Physics since then. This was too hard for me, even though I've done it before. RIP your average student! I'm gonna download it and watch it back in 0.8x so I can follow it.

[@mjl7810]

More than what I have learned last 100 hours of my semester

[@garrytalaroc]

Can you make a video of this by parts please? Like part 1, part 2, part 3, 10 minutes each. Teaching this in 11 minutes is a mess, few could understand it. Great visuals btw.

[@nanigopalsaha2408]

9:49 Ampere: Sobs in a corner

[@drascula3806]

I've hit my midterm on the 24th, these are coming in clutch for review.

[@josebikapakez8013]

I've been waiting for this video my entire life. Thank you.

[@andremiguel0]

Really nice course, but you forgot to mention the admirable effort of Oliver Heaviside, he was the one behind the so elegant Maxwell's Field Equation, we, nowadays use and manly the one that brought those concepts from mathematics and physics to engineering.

[@jacobwestbrook9329]

I guess Andre-Marie Ampere gets no love, only kidding. Appreciate the content, studying for Phy 3 final

[@sheepleslayer586]

Thanks for not speaking slow and getting to the point. Easy to follow. Watched at 1.5x speed and it was marvelous.

[@AnilJReddy]

For those struggling with the speed of info (as I did), I recommend pausing the video to catch your breath, take a few notes. You can also change the speed of the playback by clicking on the gear icon and selecting one of 3 slower speeds (0.25X, 0.5X, or 0.75X). These simple customizations are what make learning from recorded videos so great! I didn't expect a 10 minute video (or 15 minute video, if playing at a slower speed!) to substitute for a semester long college physics or engineering course, but it was a decent overview for those of us who have had some training in this area, but are rusty.

[@SpaceBananas]

I'm glad I'm not the only one who thinks the pace of the videos is rather quick. It's not so much that she speaks quickly, it's just that the edit cuts cram sentence after sentence without a natural pause. Other than that, production quality and content are top notch, and I really enjoyed the video (as always). Even if it took me pausing to read the equations, rewinding to hear it a second time to process it better, and ended up taking twice as long. Haha

[@lighttangerinesky]

Fantastic video and great explanations giving a complete understanding. Thank you!

[@upandatom]

I love how sciencey her room is :)

[@ghazilalmaqbali3313]

Thank you crash course your videos are incredible and really fun to watch

[@1DR31N]

Fast but clear explanation in good English. Thank you for it.

[@ajohnjebaraj9638]

Please don't be in a mindset to finish it within 11 mins... It's like super fast train 🥺

[@jeffliang166]

Pretty Helpful!!! Much better than the slides from school.

[@kd1s]

All I know is a capacitor stores charges electrically, whereas inductors store charge magnetically.

[@johnsmith4468]

kd1s oww!!!! what a shock!!!! damn it!!

[@kd1s]

Well yeah I know. That came to me when I was studying for my Amateur Extra and General Radiotelephone licenses. Phase angles too. That's variance between inductors and capacitors in an oscillator.

[@Mattonaise]

kd1s inductors don't store electric charge, they store energy in a magnetic field

[@kd1s]

I'm aware of that.

[@calyodelphi124]

Rarely is the KZbin comments section genuinely useful for epiphanies, but y'all's brief exchange just gave me an epiphany that led me to figure out, mathematically, how inductors store energy in their magnetic field, after I briefly revisited my notes for a DC Unit Circuit that I thought experimented: E=PT (Energy produced/used is equal to power generated/consumed over time) E=IVT (Substitute P=VI, Power is equal to voltage multiplied by current) E=Iφ (Substitute VT=φ, A change in voltage over time generates magnetic flux in a loop or coil) E=IIL (Substitute φ=IL, the magnetic flux in a loop or coil is equal to the inductance of the coil multiplied by the current through the coil) E=I²L (Simplify, the energy stored in an inductor is equal to its inductance multiplied by the current through it squared). Thank you.

[@alienqueen4597]

Thankss, crash course made get into my dream school❤❤

[@IoEstasCedonta]

This is it... the comments section we've all been waiting for since the beginning...

[@ARBB1]

The one of pseudo-geniuses?

[@hussler112]

Excellent video. Very concise and quick explanation of an extremely long winded field! I have an exam in electromagnetism tomorrow and it definitely simplified a lot of concepts for me. Thanks!

[@Kni90270]

You summarised my 12 years of schooling love your videos

[@Cotonetefilmmaker]

Interesting to see the difference in denomination. Back in my home country we never refer to Maxwell's equations as first second...We call it Guss Law, Ampere Law, Faraday Law and only the set of the four (with the added displacement current) is called Maxwell's equations.

[@NicolasSchmidMusic]

I think it’s a good summary of electromagnetisme but we have just begun with electricity at school, so this video was way to abstract for me, but I hope I’ll watch it again in a few month and I will have understood all the things you said in this video

[@PhysicsLearningwithDrShaw]

Best channel for easy explanation of physics using animation..Too good

[@Felixkeeg]

Man, I wish I had this a year ago, when I had to take physics II in university.

[@hohaia01]

Oh the stories he would tell. Had us rolling on the floor with laughter.

[@fetiki7992]

Thank you so much for this video! I loved it!

[@taschke1221]

This and numberphile are my favorite channels on youtube. ^_^

[@andreimarin6586]

Ahh yes, the kind of informative video that makes you feel smart at first, but then you realize that you can't remember anything useful from it because it was a chaotic and unstructured bucket-load of information. Which means: no applicability in doing your homework, introducing it to others etc. Good job video, you made me feel smart for 10 minutes and 48 seconds 😀

[@chandrasekarnarayan8233]

Vector Calculus & Maxwell's Equations In Vector Calculus in Engineering Mathematics, Learned how to derive 1) Gradient of function f(x,y,z) 2) Divergence of Vector function 3) Curl of Vector function Thanks to IEI, I could understand derivation of Maxwell's Equations properly. Since 2003 in BSC Physics Honours it has been a difficult problem. Maxwell's Equation has helped us understand Electric Fields, Magnetic Fields by establishing relation between electric & magnetic field, understand light waves, Discover knowledge of VIBGYOR, Discover wavelength & frequency of light waves of different colours. The knowledge of all elements in periodic table could only be discovered after Maxwell calculated these equations with Vector Calculus & many scientific experiments applied these equations. Concepts of AM, FM in Radio waves also could be engineered & designed with Vector Fields equations.

[@Madara2010X]

I always have to watch videos in 2x speed but not this time. Great flow of information. Thanks for uploading.

[@EnemyOfEldar]

I don't know if somebody has mentioned it or not, but while these are Maxwell's equations, they are the Heaviside formulation of Maxwell's equations. Maxwell's original equations where 20 equations in 20 variables. Heaviside reformulated them into four vector differential equations that you are showing here but not giving him due credit. " thereby reducing twelve of the original twenty equations in twenty unknowns down to the four differential equations in two unknowns we now know as Maxwell's equations." -Wiki

[@gerardobarbosa5171]

Mind. Blown.

[@prateekagarwal964]

Thank you soo much Before this i have too many doubts Thaank you sooooo much

[@Astroneironaut]

Awesome animations

[@megableful]

CrashCourse Physics is amazing- this video is fantastic.

[@jtmmontgomery91]

Yeah, sure, your 666th video came out on Friday the 13th by coincidence. YEAH I THINK NOT!! Illuminati confirmed.

[@0tiii]

This is great

[@gilianrampart8514]

what?

[@HKhandelwal]

+Nightfury it is the 666th. Check it.

[@publicslum6495]

AwesomeSauce419 illuminati jokes are one of the most unfunny and dead memes

[@TheFireflyGrave]

So you're saying James Maxwell is...

[@sachinpawar6339]

Lots of help thanks

[@EieiExamplEeiEi]

Luv it! , you save my life!!!

[@supermonkeyyyyyy]

I study electrical engineering 5th semester and gonna write midterm tomorrow, but here I am..

[@manuelcastaneda7838]

B : the magnetic field strength is never zero. Brake a bar magnet in two,place some fingers between two magnets and degree of pain will indicate strength of actual field strength.

[@8BitUzz]

Wow it has been a few times I've been studying what you uploaded :p Great timing

[@Jinouga502]

If she slowed down, this 10 minute video would be 40 minutes. Stop complaining, slow it down yourself, there's a button.

[@rumfordc]

oh noo 40 whole minutes to learn maxwell's lifetime achievement??! D'X that's soo long! wahh rick and morty does it in 30 minutes so what's the hold-up wahhh D'X

[@CS-dd7uj]

OMG - I never realised that!! Cool; thank you!

[@robshift]

If you do that she sounds like she's on tranquilizers. It's not the same as actually presenting it at a slower pace. I think if you're looking up videos about Maxwell's equations you probably have an attention span of greater than ten minutes.

[@nickharrison3748]

This lady is Charged!

[@aadityakiran_s]

Good summarises

[@lindsay3917]

I searched "maximal order in a quaternion algebra" and for some reason this showed up? Anyway, cool video! Got lost at the end but there are some really neat concepts there, I should really watch some more physics videos before I teach calculus

[@LD-qj2te]

Great content , presentation, graphics , enthusiasm and of course accent and presentation ! Thank you for improving the world

[@venkatakarunakarreddy4594]

Good stuff integrated in one video. Liked

[@bjf10]

Maxwell's equations are my favorite part of physics. I am in awe at the beauty of E&M waves creating and destroying one another as they travel along, like a zipper. Furthermore, these equations define the overwhelming majority of the human experience! So awesome.

[@heroman1596]

Brian F So what about the GR equations? They're pretty interesting too.

[@bjf10]

I'm an electrical engineer, so Maxwell's work is far more applicable to what I do. :)

[@shoebshaikh1790]

Good! i agree with speed being fast but youtube also got pause option, so people please use that and stop criticizing!

[@aishwaryas7044]

Guys, Instead of complaining about how fast the crash course videos are, slow down the speed using settings to match your pace and enjoy the video!

[@icontrolthespice]

i swear i looked at the comments for a second and missed an hour of content

[@RezaHosseinii]

OMG... Interesting and insane at the same time! It was great, but maybe it's better to pause sometimes

[@shaflyhamzah3848]

This video is very great for who already learn maxwell equation

[@disfigured75]

I'm actually genuinely curious as to why anyone would dislike this video.

[@materiasacra]

Delivery too fast, distracting elements in animations, bad use of color, and didactic choices regarding mathematical formulation are conceivable reasons. They are inherent in the Crash Course format, but not everyone considers the format optimal for communicating this material. I have not made up my mind about this course yet. I greatly appreciate presentation of this material for a wide audience, but each time I view an episode it feels 'forced' in a way that the other CC courses do not. Physics differs from many other subjects in its tight interconnections. These extend far beyond everyday experience and hence require care and deliberation before they can be accepted. Care and deliberation do not fit well with the upbeat CC presentation. The pace of Lenny Susskind's 'Theoretical Minimum' courses, for example, feels more suitable. Maybe the young generation is happier with the fast pace and the flashy decorations. (I'm an old man, and very well familiar with the material: so perhaps not the best judge.)

[@sexybeast7728]

From a young man, i completely agree. I am pretty sure no one had eureka moment watching this video..

[@xyz.ijk.]

Edited to be rudely too fast. Learned nothing, walked away frustrated. Won't be back. First and only negative rating ever given. Very disappointing

[@ScienceCommunicator2001]

I watched the video, but couldn't understand anything! This shows just how powerful electrical physics is!!

[@brush125]

Can’t someone else narrate the video?!? I need it by today at night for my exam tmrw

[@trig6712]

Wow Amazing! Thank You 😧

[@taimoorrehman1995]

Awesome work , your hard work is paid off. little improvement is required to slow down the speed ,you are are delivering at speed of 3*10^8

[@vonneely1977]

She blinded me with science!

[@jetkwan2935]

Von Neely something's wrong then. science does not blind, it enlightens.

[@Chooong7]

I'm too dumb for this video. I tried... 😂