Physics of Computer Chips - Computerphile

Video quality	The size	Download

Информация о Physics of Computer Chips - Computerphile

Название	:	Physics of Computer Chips - Computerphile
Продолжительность	:	12.00
Дата публикации	:
Просмотров	:	608 rb

Amazing, thank you
Comment from : appidydafoo

haha this guy is awesome
Comment from : Nick Fruneaux

maybe they can do that electrical serial one but send currents from different directions at the same time Like as in doing it all in parallel
Comment from : BobbyBoyGaming

Aye we're now to 4nm, 6 years is a long time I guess
Comment from : MrSanemon

Thanks for Turkish subtitles
Comment from : Wolfgang Amadeus Mozart

This whole thing is just magic
Comment from : Creachter

"I don’t think a regular person appreciates how insane it is that computers work I propose we stare at each other mind-blown for about 1 hour/day, in small groups in circles around a chip on a pedestal, appreciating that we can coerce physics to process information like that""
Comment from : Luis Schwab

Awesome oo
Comment from : EFFML

silica
Comment from : George N

Raman effect
Comment from : George N

i don't know if i understood at least half of the video, but what i do know now is that things just do their thing in physics
Comment from : Wolfsmaul-GER

I love the 50fps video :D
Comment from : Guy Marshall

Lol “does that confuse you? Good”brAndbr“You don’t understand it you just get used to it”brThat was me trying to remember the speed of holes is slower than the speed of electrons despite’s holes being caused by electrons leaving You’d think they should be the same, but ya know… quantum physics
Comment from : ryan quinn

Big man working on small stuff, respect
Comment from : Aiden Winter

bquantum•mindset/b
Comment from : MetraLight

I freaking love this video, man
Comment from : MetraLight

👎
Comment from : cali

This interview elevated my understanding of how we're able to manipulate atoms Thank you
Comment from : Shane Cormier

It behaves like a behavior? No wonder modern physicists are confused
Comment from : Tre Johnson

Based and quantum pilled
Comment from : jtfoog

👏👏👏
Comment from : Joseph Liang

I love how excited he gets to answer each question and you can tell it’s genuine too
Comment from : Derek John

Double patterning is so arcane; especially when looking at super small designs like SRAMs
Comment from : Nitewave

Wow 14nm was still the standard, now we have 2nm transistors Yes I'm still using 32nm & really dont have a need for any more computational power The FX-8350 is holding up well
Comment from : Level Up

I DIDN'T DO MY MATH WRONG! i JUST ACCIDENTALLY QUANTUM COMPUTED
Comment from : mbian0 same

these videos are like the best thing in my life sometimes thanks for continuing to make them :)
Comment from : Jake Downs

I wish they explained all these details at computer science classes in universities
Comment from : Shogo 昇剛

clever semiconductor industry: how about we name nanometers stop meaning nanometers?brbrpeople: so, like lies?brbrclever semiconductor industry: no, no, we'll just pretend that it's just a name and call it an advertising term
Comment from : RenchesAndSords

Please do an updated one of these about the current physics of the newest chips
Comment from : Jared Norton

I doubt there's a smarter man on the planet
Comment from : Liam Ward

Nuclear scientist are nanoscientist aka atomic engineers are basically Physicists
Comment from : Kenneth The Great

Sorry to be a stickler, but the hair growth rate for younger folk (1nm/sec) seems a bit off I've never tried to measure hair growth rates, but I do know a billion seconds is a bit shy of 32years I've known people whose hair seems to grow 20cm (a guess!) in only one year
Comment from : Rusty Cherkas

5:40 "as a physicist, it's not that you understand it you just get used to it" wise words I tried understanding the wave nature of electrons, lost half of my hairs just to get my head around that thing and I am not even a physicist Physics can be addictive also, it can be intuitive and unforgivingly confusing at the same time I know a person who'd agree to the last statement That is, Mr Erwin Schrodinger
Comment from : Minhazul Islam

The people that say we live in a boring period in history should watch this video
Comment from : L Adams

Consumer CPUs today have transistors that are 5 nanometers!
Comment from : Sledzeppelin

14nm is just a name for the process
Comment from : Hassan

seems kinda simple tbh
Comment from : Glory2thelord999

Being a chemist, just having listened to a physicist, talking about mechanics, for the purpose of computing, I just realized that the electron couldn't care less about how it's manipulated and by whom
Comment from : David Wensbo Posaric

Hello there! I am not educated in science or anything related to the topic I am an analog photographer I think I understand the basic function of what he is explaining but I have one question the answer was not given too In photography the resolution on the film is partly due to the size and shape of the silver crystals that later turn into metallic silver What is the light sensitive layer on the wavers made out of? Or how is it able to render such little detail, that most of the worries expressed in this video goes into making the exposure wavelength smaller That would be very interesting to me Thanks! I really liked this video of yours, truly amazing
Comment from : Rene B

The energy you get when you've taken on wizardry as a career
Comment from : thecaveofthedead

You can't beat physics, but you can beat physicists by using confsing marketing terms
Comment from : josir1994

You can tell that Phil has been driven to the point of insanity by Quantum Mechanics just by this video
Comment from : Plan2001

Globes and ball atoms belong in Scifi
Comment from : Zero Sugar

Chemistry is a bottom up approach to the macro world, and physics is a top down approach to the micro world Two different paradigms of the same thing: material science They both inform the other
Comment from : Robert McGarry

Physics???? I would say mathematics
Comment from : J D

Complex concepts beautifully explained This guy has a gift for simplifying things to layman language
Comment from : 83vbond

Really cool to see semiconductor fab processing explained here!
Comment from : Richard Risner

2021 intel still use 14nm
Comment from : Adam Keków

Can exactly pinpoint that accent
Comment from : marcux83

5 years later, now at 5nm moving to 2nm
Comment from : Alteran Republic

' its not that you understand quantum mechanics, you just get used to it 'brwow
Comment from : Raphy

I'd love to hear an update, now that Industry has processors at the 5 nm level
Comment from : Geoff Paulsen

Hearing about 14 nanometers being the smallest you can go, while my cpu is made with 7 nanometers manufacturing just shows how fast technology moves on This is 4 to 5 years ago, and at that time, their ultimate goal was 135 or something like that! Science moves fast!
Comment from : Expired Lamb

He, four years later I am watching this on a 5nm iphone But I do know what he’s talking about Not much room left
Comment from : MashupDad

watching this in 2020 on a device that has 5nm from the future
Comment from : Fernando De Leon

watching this on a system built @ 7nm :-)
Comment from : Raymond Tant

4 years later apple is putting 5nm chips in phones
Comment from : Excalibur

I come from the future, Phil We have transistor size down to 5 nm We’re close to the end Save us!
Comment from : Greg Hartwick

This guy has more energy than a split atom
Comment from : Hasty One

3 years of studying in 12 mins !
Comment from : AHMED S

Correct me if I'm wrong, I looked into this recently… but we can't physically "see" individual atoms because they're mostly empty space (and something to do with the wavelength of light) We can only observe the effect of individual atoms on their surroundings, which is what our images show
Comment from : Andrew Robinson

FascinatingbrSPOCKGIF
Comment from : Squish Mastah

Can you make light to behave like electrons or electrons to behave like light in terms of that serial and parallel illumination of object ?
Comment from : Milorad Menjic

Now we have 7nm, quite astounding
Comment from : Shreyas R

Three years ago they were talking about 14 nm, today we're talking about 5 nm; so this video becomes history in less time than it would take to study Electronics
Comment from : LowLightVideos

Since we're getting 5nm chipsets this year Will we get an update video?
Comment from : uskro

I love how you can see how passionate this man is about what he does
Comment from : Jake Sousie

Need to do an update video with Phil now that it's 2020
Comment from : Nazgul Linux

EUV technology?
Comment from : Azrul Nizam

My favorite connection from physics to electronics, is the fact that quantum tunnelling effects are at the heart of how flash memory and EPROMS work
Comment from : Tyler Barnes

You're a gifted explainer of these topics
Comment from : Leon Jones

4 years later and I'd point out that the current mfg state of the art is 5nm not 14nm
Comment from : Rennie Allen

Title should be "Very informal talk about a loosely related wide array of topics"
Comment from : IAmAgainst

( - -- - ) Victer
Comment from : joe bkfd*

1:46-1:56 this triggers me Why is the smaller reference box not level with the bottom?brbriWHY?!/ibrbr Like, I get it, they re-used the animation frame and just replaced the abbreviated measurements rather than making a new one each time butbrbrbiWHY?!/i/b
Comment from : KuroReanimation

If i knew I could do the math I’d apply every year to be in his class And Brailsford
Comment from : Woody Woodlstein

2019 update: 5nm in the works, 7nm in production (AMD Ryzen 3000 series, eg)
Comment from : Roger Barraud

His accent is very strong and hard to understand Sounds like a sheep farmer from Ireland or Scotland
Comment from : Antoniija Larsson

1 word "cocaine"
Comment from : David Spicer

Can you use xray lithography in order to make the smaller structures? That would keep the speed of traditional methods Why limit to the ultraviolet range?
Comment from : Honk Honk

Watching this in 2019, they are now manufacturing 7nm microprocessors, how things move on
Comment from : Paul Bell

best video i'm seen on computer chips
Comment from : Joel Amoako

Watch in 20 years some kid will be watching cat videos on his quantum computer cellphone with 100 trillion gigs of memory while sitting on the toilet
Comment from : mastercheif1989

This gentleman is incredible
Comment from : j rodman

Eternity-now is the reciprocating e-Pi-i timing spacing "Computing Driver", and ultimate, temporally-substantiated modular substrate, and maybe the actual limit of calculations is the Observable Universe, for Gaia with what is available to us if the Hitchhiker's Guide to the Galaxy guessed rightbrbrIt's all "wave mechanics" of the Universal Holographic Image projection resonance "particle of particles", to frame the picture
Comment from : David Wilkie

Photo or electron beam lithography processes seem as though they could present issues passing light beams through small adjacent slits on the masks to produce high resolution formations using sharp focused beams How are they avoiding wave shaped interference patterns, such as are produced in the double slit experiment? My understanding of both these processes and the double slit experiment are about as novice and rudimentary as this video If anyone having more knowledge and understanding on this matter may be so kind as to enlighten me on why this is or is not a limitation to these processes, both your time and effort to respond is greatly appreciated Thanks
Comment from : Chris Rickey