Видео

i really loved the atmosphere of this video

The only hard computation in there is the use of multiple precision numbers

cpu power used: 6.772

Computers also can make millions of mistakes in a heartbeat.....

What astonishes me is not how fast they are, but how reliable they are when doing all these calculations. Sometimes they stop working, and sometimes the code is just wrong, but when they are working and the code is right it's utterly astonishing how few mistakes they make. They just get everything right, and we just take it for granted.

Computers are still magic for me. And the chips we create today is just forbidden black magic if you ask me. The fabrication detail on the smallest scale. We got here fast. Where will we be in a thousand years.

I tried to get the number on position 1 000 000 and my CPU now hates me

That's slow and I'm not even joking. Writing to STDOUT and rendering it in a terminal emulator is what slowed it down so much.

How primitive, he's using the command line for everything.

And what is the first number unless 0 at the end?

But somehow they find a way to slow them down until they move like geriatric snails through molasses in January.

All I noticed is nice keyboard sound and beautiful UI config :))

Cut

how does the video look so good? Is the graphics mod that good or is it videocaptured screen?

What font is this?

meantime my computer takes 30 minutes to do 1+1

can you hear the computer burning? 0:49

You can hear the PC fan speed up when he runs the command

Computers being fast is overrated, try installing the next windows update under 5 mins with the fastest available desktop setup.

Ok but can it outrun me?

GPU: hold on my beer

How strange, i was literally thinking about this video like 2 days ago, remembering how i watched it a while back and then i see it today in my recommendations

A good bit of old encryption algorithms are considered unsafe simply due to the fact that computation power has increased so drastically.

In the infinite fibonacci sequence, somewhere, your head is drawn.

takes 2.4 seconds on a 10 year old system (xeon 2660v2)

CPU: Its getting hot in here... Fan: Are we going Chernobyl here?

It's O(n*log(n)), same as sorting a list of length 500,000 something.

And with just one thread I assume?

Now imagine this thing being able to walk around with a weapon.

Wish video game developers were able to use more than a few percent of CPU/GPU potential.

Guys this is misleading since fib can be solved without recursion by using dynamic programming so it's not running O(2^n) its O(n)

C is fast yes

This is also about the same amount of time it will take an advanced general intelligence to goof us beyond the ability to ungoof ourselves. We will be properly goofed. Good thing it's an unregulated technology that humanity is in an arms race for. Oh wait, that's a bad thing

that rice looks so nice, dots?

If only socially as fast

fun fact: in super mario 64 your computer makes 1000000 calculations at the same time

floating point values can get crazy, especially with thousands in like a super detailed face.

You could probably make it faster by implementing memoization

Nice asmr

I like your choice of font, color and setup. What is this

real

CPU is a work of sorcery. Prove me wrong.

Look, you're using C. Thats why it's so fast

1:03 when you hear the fans change tones, you know that its getting overworked

Google password be like

Its fake. Aliens.

As part of a university module I am currently taking we have to plot the Fibonacci numbers onto a graph to see the time complexities of different algorithms. It's crazy how much of a difference the assembly and language you program the code in changes the speed of the program. To do the 10,000th Fibonacci number in my python application would take well over 5 minutes easily. Crazy

подобные эксперименты нужно на ассемблере проводить xD

Depends on the CPU, but ok.

yup, they are fast indeed