This video is so brilliantly done!

awesome!

That’s basically how our individual thumbprints work.

I have a question: where did he get the number 13001 weights, i tried to figure out myself and i found : 784*16+16*16+16*10 = 12960, im a little confused here

Awesome❤

You never cease to amaze me. This is a must watch for any engineer or data scientist. You deserve to be the top one youtube channel. Thank you brother

I’ve always conceptualized limits to 0 or infinity as an infinitely small finite number that is practically 0, but still has a quantitative comparable value (relative only to other infinitesimally small values) and have always considered it to be 0 unless it’s put in the context of other infinitesimally small values. I’ve grown to the point where I can’t really get rid of this understanding, but it’s nice to see that your explaining what dt more accurately is, it really helps de-abstractify the concept, something I struggled with when I first entered calculus.

Wait, so matrix multiplication is associative but the order in which transformations occur matters? So the order of multiplication doesn’t matter but the order of transformation does? can someone explain please.

What about putting them on top of each other

Use baye's theorem

Learned ML in an intro to AI course offered in my university, it’s the content of the last couple of weeks. Lots of details are left out, so this series has been putting things into perspective for me. Thanks

So does the wavefront turn or does the wavefront just continue sideways?

But why the hell you want to do that, thats just useless

Tfw you explain quadratic functions so well to your mum that she works out cubics before you’ve even started teaching her vectors lmao

bro paid attention in physics

Why is the height 2pi•R ?

Quantum computing isn’t gonna be that much faster than the sort we’ve already got 😂

어렵게 설명하네.가설이군요. 추론이고. 그건 그냥 눈으로 보이는건데 공식이나오고 어렵게 짜맞추었네요.

Is the last questions answer 14 ?

But in the end, it’s all hypothetical.

A true 'line' is one-dimensional and hence invisible, ans what about the triangular void in the center BULLSHIT ALERT!

Are you humen😮

3:41 *clack* *Cl cl cl clIIIIIIIAAAAAU*

Is there an assumption that you can see all the lights from standing at zero all the way to infinity? This isn't talking about normal vision where you can only so far, and the light at one dominates your field of view, correct?

I know I’m dumb these videos making it clear I’m more dumb than I think

So our stupid a$$ scientists won't use this method to figure out pi, i mean i'm no scientists so i don't know how this works but i don't know why it would'nt

so how do you formalize it in an exam 😭

Pi is everywhere

Please, I need a version of this without the laugh.

I don't understand what happened in the following situation: suppose and electric charge travelling at constant speed, this charge must produce and variable electric field and so an electromagnetic wave producing in the charge to Lost kinetic energy. But obviously this does not happen. Why?

I put the coin I flipped on the edge of the square so the other guy can tell which one was tampered with

It really took me an year to just understand the concept and approach... but,Not the maths yet.😅

Magic! when science meets art 🎉

People who want to see 1m or 1b👇

This is the only channel where I give a like before watching the video.

Conclusion: there is a CREATOR.

there at 17:11, how do you know tha the tiny triangle is exactly similar to the large one?

After the LLM/transformer video's I would be very interested in a continuation about MAMBA. ;)

I am confident that a high percentage of the viewers would love removing the background noise/music playing non-stop from the first second to the last. It cannot be that Education these days needs to be by a form of a physical torture. I wish the noise is removed and the videos re-uploaded.

Could this work for discovering new primes?

Maybe flip the coin on the right of the key to kind of highlight where the key could be.

The lines of the triangle not being the same length maybe the cause of it.

Nearly teared up man, saved my life. God bless you bro

Mate, I love you

Let make one in C/C++ console and will see.

Thank you so much for your tremendous work on this. Your videos are the best. Looking forward for the next one.

Short common sense answer: as we approach the circle more and more, the square line gets denser* getting squished into itself. You can easily see this if you get a cutout of a piece of paper and try enveloping a ball with it. It will get all wrinkly and compressed. Whereas if you cover it smoothly, you'll be left with a large proportion of the paper overlapping

All you have to do is go to the dark side of the moon to understand. 😉

I need a new brajn

i get that don quijote reference at the end 😂 brilliant video !