Future Computers Will Be Radically Different (Analog Computing)

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Title	:	Future Computers Will Be Radically Different (Analog Computing)
Lasting	:	21.42
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Views	:	10 jt

0:19 those can't be just factors there must be more
Comment from : Strangely Repulsive

a year has passed how is the "future"?
Comment from : olpkol

Where did you buy the analog device?
Comment from : fijabo

About 15 years ago, I remember having a similar discussion about this analog comeback in Logic classes on college when dealing with true AI difficulties We were puzzled looking at digital limits to true AI, and someone (I think it was myself, but I can't remember clearly now) proposed that some sort of infinitely valued, one only possibly on analog, would do the trick And that one person was aiming at the right spot, as it seems
Comment from : Lu Cavalheiro

Excellent presentation brMy brain never got much past my spirograph setbrIt was functional at some stage 😮
Comment from : d t

Electrical engineering
Comment from : The SnapStars

The internet is alive 😊
Comment from : mrgoodliffeeqrcode

Nice co-processador
Comment from : joseferreira_ms

Determinism left the chat
Comment from : Omsip123

I wanted to like this video 3 times
Comment from : moortezaa

Imagine an AI powered Brilliant All images and examples custom made for whatever you want to learn and your profile and interactoin with the ai being a way to get ideas of what to learn next, depending on your personal goals and desires and dreams
Comment from : An Anomaly, Call The SCP!

Insect brains don’t need to learn but are hardwired Like to learn about hardwire computation Idea for future video
Comment from : Robert Tilden

To me what sparks my curiosity is why 1 and 0 Why do we have to limit processors to binary? I know it is due to voltage, but whe should make better transistors which can utilize more voltage ranges so they can run at hexadecimal language and we should use that to make softwares instead of going qbits
Comment from : Emon Khan

the sounds of you scribbling on the box is irritating so I had stop and come back get abetter board next time
Comment from : Mr Fosu

Great video
Comment from : Eric Lewis

Future is quantum computing neither analog nor digital 👍👍
Comment from : Kefrens Megademo

Digital is base one I once heard that base 12 is most efficient Comments?
Comment from : John Conrad

I have actually used an analog computer They are extremely limited Most "engineers" are not smart enough to understand q-nary logic or resonant tunnel diode threshold logic They are still using inherently quantum mechanically defective CMOS logic, even when their circuit boards and wiring catch on fire They are still using power supply unit circuits that date back to 1920 Not because there have not been major improvements made in the last 100 years But because the colleges are 50 years out of date and "engineers" stop learning as soon as they graduate
Comment from : Robert Pearson

The future of neural networking is organic
Comment from : |KYE|SickHead

Interesting new applications, but way too much history and detailed boring explanation The title, although somewhat relevant was misleading, would wanted more of what was in the title Also don't like affiliate marketing in videos
Comment from : John Ordway

so its like every number in between 0 and 1
Comment from : Robuu

At best it’s an approximation
Comment from : E E

when you see an arduino mega wasted to make a led blink or even to check if a battery is good you start to regret the analog days
Comment from : gfresources

When I first studied electronics and computing over half a century ago we where told that the future would probably be digital and analog computing combined
Comment from : phil thompson

Well i think women are a confused form of digital Because they don't know if they are turned "on" or turned "off" by men 😂😊
Comment from : Aaron Smith

I'm 50+ and still learning The more i know the less i know😊😮
Comment from : Aaron Smith

i hate this edding on a cardboard sound its such an unpleasant tone that i needed to stop watching sry xd
Comment from : zero

Stell some analog methode used in box car mosfet transistor ic used zener diode cinnected with resistance out chip to feed back analog monitor chip
Comment from : ali

erm, digital computers also work with analog voltages which gives them great inacuracy and a lot of timing problems Floating point numbers are never exat on a digital computer, even with a floating point unit (which was for some time THE thing when I begun to play with computers in the 80's) Calculating with floats involves the specific machine precision Ther are always rounding errors and blunt approximations involved as far as I know
Comment from : Daniel Toschläger

Neurons are both analog and digital, brInputs are analog, output is binarybrBut outputs are different depending on the neuron
Comment from : Michael Combrink

Can't wait to see the first marketed analog GPU
Comment from : SwirX

After doing a bachelor's degree that focuses on solving differential equations digitally, and learning just how difficult that can get, the intro to this video blew my mind
Comment from : SuperNovaJinckUFO

but he cant do a differential equationbrlmao
Comment from : Tyler Hamilton

After taking class in machine learning, finally I can relate to this video
Comment from : Bryan Amirul Husna

Uh, slide rule I've been mystified by them many times
Comment from : David Caldwell

Mythic Gate's approach to work: brKind of reminds me of the copper filament memory planes with ferromagnetic rings representing the bits used as memory for the AGC (Apollo Guidance Computer) brThe video on which this memory is based was released by Destin, aka Smarter Every Day, and accompanied his and Linus Sebastian's meeting with Luke Talley, a former IBM employee and, at the time of the Apollo missions, a member of the data analysis teams responsible for the Analysis, evaluation and processing of the telemetry data received from the Apollo instrument ring
Comment from : Hr L Bolle

Saturn V mighty powerful example of a Digital/Analog computing use
Comment from : Hr L Bolle

6:54 sus
Comment from : karran gulrajani

to understand particle physics we need clearly defined digital particles (0/1), to understand the waves of the quantum realm, we need analog computers seems like a logical next step of science
Comment from : Jasper Z

The sad thing here is that this company is no longer in business They have TONS of patents I wonder why
Comment from : Jim Q

AI accelerators of the next generation are analogbrElectric, but analog
Comment from : Pavlo Naumenko

Don't worry, one day we will finally understand this video 🥲🥲
Comment from : Black Widow

Blud thinks analog computers are going to be the future 💀
Comment from : TgZ39J4NdywmM

How can an AI have better performance than humans at properly labeling objects labeled by humans?
Comment from : SetTheCurve

Thanks for giving us this kind of content , in a perspective how is working that kind of analog chip is working like a quantum computing with less price give me feedback what you think guys
Comment from : Alejandro Garcia M

Not exactly accurate at all regarding Analog computing There are far less errors in modern experimental systems
Comment from : FJ S

that writing on the cardboard sound is pretty uncomfortable for me
Comment from : A Guy Called John Doe

This is an absolutely dumb way to build AI You will realize when what the nodes are actually doing, instead of calling them weights and coefficients It is just drawing a curve, every layer is drawing a cruve to fit the data more the layers not the curve can fit any data diistribution This is not AI, but just a way to average out the entire data set representation Its just not how you should build AI
Comment from : curio

I like how the example of a use for an analog computer is something I would never do and barely even understand
Comment from : Cameron P

As amazing as this video is, it reminded me why I went into biology To avoid all that math The rapid-fire math is making my head spin
Comment from : ToudaHell

there is a place for analog computing, and there is a place for digital computingbrbrAs you go along you prove that point many timesbrbrThe art of it is how to blend the two, as it has always been since the inception of binary logic leading to Boolean logic, and the rest is history as it all becomes increasingly more and more miniaturized
Comment from : Pat Gibson, Guitar

Sir, please sorry, Sir! But nature itself is digital, due to the Planck length ;-)brThere are no analog steps between Planck unitsbrAnalog is just high or better said Planck resolution digital, an illusionbrYeah, I understand what you want to say with analog computers
Comment from : Erik Schiegg

I think so brDigital can not brith real AI , but analog have more possibility
Comment from : 我看的世界,與你們不同

OK, as a retired software engineer, I will partially dispute the contention that analog would ever take over For specialized applications, analog has never really gone away, although it decisively lost the battle for dominance in the current technology Analog may increase its role in certain applications, but digital will remain dominate for general computing purposes into the foreseeable future brbrThese are the stakes in the ground for the positions Let us wait and see how it actually pans out, although we may not live long enough to see the answer for ourselves
Comment from : tom

Another use case could be graphics, you dont need perfect output to make a good looking image, it could be great for making more detailed games with less costly hardware
Comment from : Gordon Freeman

A true modern day super computer would be a combination hybrid of digital, analogue and quantum technology
Comment from : Callum

Even with vacuum tubes, before solid state electronics, there were digital (0s and 1s) So part of your opening statement is untrue
Comment from : Mark Shade

hardwired is it not possible to have an analog computer that's not hardwired
Comment from : Fake Trump

maybe what we need is both and not use up all the planet's resources for alexa and meta and some music device crap
Comment from : 50sKingJet

I listen to music playing vinyl LPs Analog sounds better!
Comment from : toyodafamily2008

positive our negatives
Comment from : Jaime German

This heavily reminds me of STAR TREK TOS, Duotronics computers
Comment from : ΣIN

Mind blowing, thank you!
Comment from : Jefferson Cabral

Single purose isnt bad Most of ai comphting is specieal card😊
Comment from : mesiroy1234

What about a theoretical computer A computer that simulates a computer within itself to perform functions without being built physically Probably a dumb idea
Comment from : C

How much of Mythic's work is similar to storage using MLC, TLC, and QLC?
Comment from : John Duthie

Quantum computers fit the best for the AI job
Comment from : ZnS Kingdom

👍👍👍
Comment from : Travel & Beneficial knowledge etc

Modular synthesis ?
Comment from : Digalog

If GPUs can do AI can these AI chips compute things in Graphics like Path Tracing or Particle Simulations?
Comment from : Samuel Jacobson

Anyone noticed Ubuntu Linux
Comment from : satish patil

Let's accept it, guys, an hybrid computer would be nice 👍
Comment from : Magenta Lux

Or bothbrA hybrid computers
Comment from : Secret Septus

To multiply two currents you must pass them through a non linear device such as a diode, not a resistor
Comment from : trm061956xx

amazing episode, well explained! amazing episode, well explained!
Comment from : Carter Kane

But, can it run Doom?
Comment from : Maybe Later

How the f**k does this channel produce such interesting content each time? There hasn't been a single time I've seen a new Veritasium video and not watched it right away
Comment from : mystery hat

This was how I-ROBOT happened you know
Comment from : Ugandan Knuckles

🤯
Comment from : Sussy Baka

Or maybe we just need hybrid systems both Analog and Digital, to achieve the optimal computation power required for AI
Comment from : gel_

we just need to add more bits and depth
Comment from : Adrian Garza

basically you are talking about vynil and mp3's
Comment from : Adrian Garza

Great video with one mistake Bias is an input with a value of 1 Threshold is the value to be used at the output layer
Comment from : Saed Sayad

When did more became revolutionary 🤔
Comment from : dmcdevils

You can use zenor diode ranging from 0 to 9 volts So that you can avoid errors Cuz output voltage is constant though there is variation
Comment from : siva

Video title: analoge comoutersbr90 of the vid: AI history
Comment from : Cw Coc

Andrew Tate is going to have a bad time fighting the Matrix, let alone the Matrix Multiplication 😂
Comment from : Ah Pek YT

20:16 even if actual neurons either fire doesn't (digitally), isn't it the case that it fires variably in differing (analog) ways and intensity?
Comment from : Gamer

So I’m no biologist or scientist, but based on what he said the human brain is some combination of both digital and analog computing right? Some ridiculously complex combination, but yea Am I crazy? Even the whole idea of neural network is based on the brain
Comment from : HamasaTheCold

From the scince of thinking video a combination of both analog and digital computers can be used and create a consciousness true AGI
Comment from : Albert Too

analog computing processes really reminds you of small clusters of neurons doesn't it they're all specific, inexact, powerful, and efficient and together they make up a brain which is more efficient than a computer, yet less accurate than one
Comment from : Richard Siahaan

I have literally been saying this for years This is the ONLY WAY
Comment from : MiC

The limiting factors which were presented, both digital and analog, should include another limiting factor Namely, the numbers of people who fully embraced STEM in their formative years This is why I really love this channel, Dr Muller does such an absolutely wonderful job of bringing all the fun puzzles of math back around to the real earth where they can be more fully enjoyed Thank You Derek!
Comment from : The Green Heart of Italy