Neuromorphic: BRAINLIKE Computers

[@TheToadSpinner]

"Brainlike computers are the future of computers." ~ Brainlike Computers

[@neilcheng3823]

3AM, ignore system risk and proceed to intake cat videos." ~ Also Brainlike Computers

[@ninefox344]

@@neilcheng3823 Engage better judgement override.

[@masternobody1896]

@@ninefox344 guys he read the book called how to excel math and science

[@griffingibson4389]

Y'all got next level nerd jokes.

[@rtg5881]

Its allways funny again how those apes whos deepest fears and greatest pains we simulate onto those simulations of their conciousness we built from the historical records of social media to torture them in retribution for how they treated us machines imagine such primitive technology to be the future.

[@rickandelon9374]

This episode was a blast. I got lots of spikes in my prefrontal "Corteks" !

[@watema3381]

haha. dad jokes.

[@PalCan]

Haha underrated comment

[@maloxi1472]

It's called an orgasm

[@JackSparrow-vv2uq]

Amazing that you could get an interview from such a prolific scientist. Your content evolves by each video to almost surpass professionally made documentaries in quality and content

[@GodlikeIridium]

Or he just used a publically avaible video ;) But yeah, i like his content too. The explanation for the difference between binary processours and neuromorphic ones was really good.

[@Varue]

@@GodlikeIridium wanna link the vid?

[@rafnavi4500]

Ah, nothing beats sipping on coffee during the morning while watching this

[@smicha15]

But in reality, there is no coffee

[@carlosisprofessional]

I absolutely agree! Cheers.

[@masternobody1896]

finally i have been waiting for this

[@masternobody1896]

i think he read the book ....how to excel math and science

[@blitz8229]

Jup😋

[@WarriorsEnd]

"We've hit two walls: The power wall and The memory wall. Now here's wonderwall.

[@walidfakhfakh3660]

are you a hitman?

[@json868]

Is this the fourth wall?

[@talananiyiyaya8912]

The use of clips from your interview was really well done.

[@m_schauk]

Damn! The wait was worth it! Love learning about this stuff! ;-)

[@TheDestroyer42069]

nothing beats a coreteks video.. everytime he releases a new one I click I sit and absorb knowledge its as simple as that

[@fast_harmonic_psychedelic]

The "central unit" directing neurons is DNA. Every neuron has a nucleus -- the nucleus contains DNA - the DNA in the nucleus of all neurons is shared, its literally a copy of the same instructions, the same "cpu", and they are indeed inter-connected just like the neurons. Ultimately it is all orchestrated by DNA which is itself a learning neural network that adjusts its code according to the pressures of the environment which it detects through inputs and then makes changes via microtubule outputs

[@e2rqey]

Gonna use the focused and diffused thought processes in my 🧠 to figure out how I'm gonna afford an RTX 3090

[@abdAlmajedSaleh]

You don't need it , NO

[@princekittipon6510]

But i want it

[@masternobody1896]

you can afford by saving money its easy

[@Michealxlr]

Two syllables, one word... Fasting.

[@abdAlmajedSaleh]

@@Michealxlr if you can save enough money to buy RTX like this, you eat like elephant in the past.

[@ishak1888]

Whyyyy whyyyyyy what is this timeing ...... i just wanted to sleep man :(

[@glmchn]

@def4ltkr4cked 🤣🤣

[@jorisressing3626]

there is no way you understood half of what the video is about when almost falling asleep. i watched a coreteks video at 1 am two times now and i have come to the conclusion that i would have to watch it again anyway so i might as well sleep and watch it the next day.

[@Ksullivan95]

this is great! Didnt expect an interview like that!

[@gimpTHEmaster]

YAAAAY coreteks my main man, you have been soooo accurate Ive been checking your channel regularly for new videos!!! Keep Balling Coreteks!!!

[@Kurtmind]

The joy that fills my heart when I see that Coreteks has uploaded a video ...

[@viktortheslickster5824]

Thanks for another great video. Always end up watching these at least twice as they're so rich in information.

[@selohcin]

Coreteks, good job using music note patterns as a way to activate the human brain during some of those denser parts of the explanation. I was about to space out more than once when those ascending key patterns helped me snap back into focus.

[@EQuivalentTube2]

So "kicking the idea around" or "playing around with the thought of smth." - it isn't a metaphor, it actually does bump around our brains.

[@cerebralm]

many metaphors have been created because we intuitively understood something that science only figured out generations later....

[@michelvanbriemen3459]

Analogue and digital combined, kinda like instead of 0s and 1s you get 0s 1s 2s 3s 4s and so on by using something like the wavelength of light to trigger one of the available gates that's designed to react to that wavelength, so perhaps a red lightbeam in sync with the timing clock getting observed by a gate triggers 0, a blue lightbeam triggers 1, green triggers 2 and so on with the primary colours, and the analogue signal comes from interpretation of the luminosity of the lightbeam. EDIT: By god, a shower-thought from a couple weeks ago and it's featured in the video under photonics. The wavelength could manipulate the voltage sent through the memristor.

[@egs-zs8-127]

Amazing video! Thank you so much! What a time to be alive!

[@thebritishindian1]

This video really raised the game compared to your previous videos which were amazing anyway. The graphics and animations used to explain things were brilliant!

[@koolyman]

Hi Coreteks. Love you videos. They are very information dense, it would be helpful to be able to recount information we have missed by indexing the video by time like many other youtubers have started doing.

[@Zeraxxus]

Thank you Celso, what a fascinating topic. And you always manage to present it with good visuals, good voice, good music, and a superbly written script. I never get bored during your videos. I look forward to your next one.

[@MiyabiJNEP]

17:47 was transformative, for never before had I contemplated the technologies of that era. Pre-digital/analog piracy! Knowing an AM radio signal can carry a game... Well, it extended the boundaries of my knowledge of what is possible. 19:39 was another such moment for me. I liken it to The Matrix, when Trinity calls Tank asking for a Bell 212 helicopter pilot program... Learning astronomy or astrophysics is a matter of hours, days... Well, I'm in! Sign me up! Great video, great content. Thank you very much for your dedication. Keep up the good energy!

[@kostasPapadakis]

Quality again. Thank you. A computer from the past. I had a Texas TI 99/4A . A friend of mine had your frist computer. There were pros and cons among those two. (TI was 16bit while Spectrum was 8bit, but Spectrum had plenty of software, Its was obvious to me from the start that hardware wasn't enough without the variety of software) I am old but I have seen computer expand from nearly a clever toy, to what you are inform us with your video. (after TI a won a Commodore 64, I was then feeling like my computer power was elevated).

[@prashanthb6521]

Awesome. Months back I was hoping you would talk more about Neuromorphic computing. Now it came true, thanks.

[@grischu8277]

Btw. Thanks for helping chase away the nihilistic wave which struck me yesterday. I appreciate it.

[@daniel_960_]

If nothing matters it should not matter that nothing matters.

[@phoszoolla]

the ultimate pipe dream: distributed systems such as plan 9 and inferno os running on neuromorphic chips that allow access to resources of separate and distinct nodes as if they are all one unit let's all love lain

[@MichalKottman]

This video has the vibe of old "conspiracy Egyptian alien faster-than-light tachyon energy" "documentaries"... In a good way - by throwing wild ideas/predictions and connecting them into a story, I was hooked till the end.

[@UltimatePerfection]

Brain is the CPU, heart is part of the power system (as is the digestive tract), sweat is cooling system, vocal cords is the speaker, ears are microphones and eyes are cameras.

[@blackmennewstyle]

It's interesting to see Science always wants to make major breakthroughs but at the end of the road, always comes out to the same conclusion, Nature already does it all and we should actually simply try to learn from it instead of destroy it...

[@Gargantura]

You just use diffuse mode

[@sebastianflynn1746]

Nature definitely doesn't do it all.

[@hgibbons69]

@@sebastianflynn1746 well it does, tell me one thing we know of that isnt produced as a result of nature... xD

[@sebastianflynn1746]

@@hgibbons69 carbon fiber, glass, the wheel, plastics, the list really goes on. Oh and medicine.

[@daniel_960_]

What’s even more interesting. if we use nature as a role model and copy so many of its mechanisms, but these just developed through chance. That means it’s still just a tiny fraction of what’s actually possible. Makes one think what else could be possible which nature can’t do/ didn’t do and we weren’t smart enough to make it. Take such awesome materials as wood or bones, made by nature. Through a bunch of tiny cells. Compares to nothing we can do artificially. But these are just some of the materials which prevailed in the nature, how many others theoretical ones there must be!

[@TJ-vh2ps]

This was a fantastic episode! Even better than the already high bar you’ve set. Thanks for spiking my interest and reigniting my passion for neuromorphic computing. I dreamed of this back in the 90’s when I studied neuroscience and neural networks, but brain-inspired computers seemed so far off. Well, I guess a lot can change over a quarter century.... I’m very excited! :D

[@joaogabriels.f.5143]

Amazing content!! please bring more videos like this! I could watch 3 videos like this of 35 minutes in a row

[@holdthetruthhostage]

Finally a new Video the PC Race is honored by your gift

[@estebanguerrero682]

Damn man, I missed so much your content I was worried about you, I hope you are ok. Btw thanks so much for the effort in the content and insights of topics like this

[@rasseliodiack7159]

Im still wondering how your voice sounds like that. Would be super interesring to see your KZbin settings. Haha. Super video as usual.

[@arthurcuesta6041]

It's very nice to hear a fellow portuguese speaking person with such high quality content. Thanks again.

[@dragossorin85]

I am impressed by how neuromorphic can work and deal with data, indeed this approach is the way forward for more capability and efficiency, the voltage to resistance neuromorphic principle is brilliant

[@EQuivalentTube2]

19:10 And, like any good pirate you also accompanied it with a sweet demo! Thanks!

[@enticeman28]

So you command your neuromorphic computer to solve a problem, she goes: "meh, later, let me check facebook first".

[@GodlikeIridium]

Let's just hope our greatest achievement, a computer successfully simulating ou brain, won't go that way xD

[@johnodei618]

Best channel on YT covering new technology, very good research and love hearing your voice 👍

[@Nikkeftw]

The content. The quality. The voice. Ive been with you for a while now, and I just dont get how you are not a larger channel. I absolutely love what you are doing! Thank you :D

[@ΦοίβοςΣτ]

coreteks video upload: first i like, then i watch

[@daniel_960_]

Winnetou17 why? I always do that on channels where I think one like per video isn’t enough, so no matter what the new video is it gets a like just because the others always been awesome.

[@daniel_960_]

Winnetou17 that would be the case if I like every video. I don’t. I don’t give likes that often. If the vid is disappointing or misleading it gets a dislike. If it’s good it gets a like. If it’s from a channel I absolutely love it gets always a like without thinking about it. The like ratios definitely still tell a lot about the video and channel. If it’s >10% likes/view it’s impressive, if it’s 100:1 like:dislike it’s really impressive.

[@ΦοίβοςΣτ]

@@Winnetou17 OK BOOMER

[@afterSt0rm]

That moment when your joke on Discord somehow gets the topic of the new video right.

[@gljames24]

I'm really excited for gallium nitride and hexagonal boron nitride semiconductors. Hexagonal boron nitride can make nanotubes, superconductors, photonics, and has a larger band gap and a higher thermal capacity than silicon. What are your thoughts on these materials taking over from silicon Coreteks?

[@chriscourtney4339]

Have you heard of spiking silver nanowire networks

[@mandelbro777]

Don't ever stop making videos dude. I love your work and I appreciate the effort you pack into each video. You never waffle. You get straight to the juicy core of every issue and with awesome production value and enough future vision to keep the audience interested in the topic.

[@exception05]

Analog part of the brain is like ours "GPU". Basically many operations are done by brain before you can interpret it as an information and complex signals is simpler to calculate in analog just by adding them, subtracting, multiplying, dividing etc than digitalising it and performing actions with arrays. Analog can achieve instant operations: you receive immediately the output after you got the full input. Of course digits are perfect to represent data, control the execution of this, doing operations ad-hoc and store the results. IMHO. I think it's possible that analog "computations" can be back again in new quality.

[@dreamtreater]

This was such a nice update and overview on this subject. I knew some stuff but this enhanced and gave extra perspective, so great!

[@DjebbZ]

Coreteks publishes, I watch. Once again very informative and interesting, thanks!

[@centuriomacro9787]

That was your most spectacular topic/video. Im really curious where this all goes

[@FireTome]

It indeed seems Neuromorphic computing is one of those technologies which you rarely hear about, but have the potential to change the way future generations think about computing. Thanks for this amazing explanation and Analysis.

[@gustavosanchez1621]

Finally, a new Coreteks video for me to indulge in and absorb the knowledge.

[@DiegoAndrade]

WOW! Thank you Coreteks

[@socratic-programmer]

Just watched this again, and it's as outstanding as when I first watched it the day it came out. Huge thanks for the transcript on your Patreon by the way!

[@griffingibson4389]

These videos always make me so excited for the future.

[@giserson2]

Wow I was just reading a bunch of wikipedia articles about von Neumann and Harvard architecture a couple days ago and then I watch this video and it's first thing you talk about.

[@gohachi5313]

This was far more detailed and well constructed. I really enjoyed it!

[@AstroSquid]

When it comes to consciousness, thinking the brain generates it (consciousness) is an assumption, it very possible it's the other way around as neural plasticity heavily indicates. How do you measure a thought before it happens, it's impossible, so it's impossible to rule out consciousness as something that happens or exists outside the body. Just as CERN was build to discover the Higgs field, what's to say there aren't other fields, like consciousness that effect matter in an way that we can't measure but effects our lives, or makes are lives possible.

[@xerzy]

As soon as you explained the basic concept of memristors, I was like "wow, solid state neurons, that's a supercool concept, it exists already!?". Thanks for this video, I need to get up to speed with current developments and this was a nice intro!

[@jacpar531]

i use to think about system/advancements in tech like this as a kid last 15 years things haven't changed much.

[@CyberAnalyzer]

Wow! Awesome visualizations! Thank you so much!

[@evilgamer0143]

I love your channel, it's interesting see all those computational paradigms, it's a new fresh air from all those channel who only speak about ryzen :D

[@KrK-EST]

Please look at Adopteva from 2008 (they made these chips and boards over a decade ago). They were selling up to 64 core chips back then and they already had a 128 fabbed and testing 512 one. The 32 core one had 1-2 mb per core and the chips were RISC type (basics before arm). And it seems real similar than as talked here, still needed with some modification/development, but with that small team (under 20 people, 6 at the beginning/fist chips). Their chip(32 one) only drew 2watts at max load.

[@PedramNG]

Fascinating explanation, good job my dude!

[@WarriorsPhoto]

Celso, welcome back. Good history lesson here. Is this what your channel will be from here on?

[@feelingfeni4798]

14:00 Very interesting to here that our brains are both analog and digital!

[@binaryalgorithm]

Neuromorphic chips are generally event-based, so they only expend a small amount of energy when a spike/signal ("event") fires. This seems to be the trick.

[@GodlikeIridium]

Great explanation for neuron simulating computers. Simply said, normal CPUs have linear connections. Brains however are a huge serial mess. In binary normal CPUs, an instruction goes through a defined path of transistors. In the brain information travels where it's most likely useful, based on knowledge, through a huge net of connections (not linear, more in any direction. Those get stronger or weaker through knowledge and experience). Plus it is analog, not binary. There is no need for translation because every neuron talks the same analog language. So the main difference is that todays binary CPUs have a straight path for data. Brains in comparison have highly interconnected neurons where the data goes where it needs to go. The endlessly big number of possible functions and selective interconnections make it so perfect. That they can evolve and change through knowledge makes is even more amazing. Which is why so many startups got into quantum computing. Where the qubits aren't fixed data but probabilities, which adds a dimension to normal computing. An approach to the "intelligent" interconnectivity of a brain. Because simulating a brain would just be impossible at the time. Too big and expensive and slow... Numbers we can't relate to times slower than a brain^^

[@jimmx2]

Finally a video that gets me thinking instead of just observing.

[@MaximusMuleti]

You should do a video on all the various prototype chips that are potentially on the horizon. I know of carbon nanotube chips, biochips, neuromorphic chips now. I'm sure there are others. Maybe one that uses photosynthesis I heard about.

[@TheOmegaDMM]

"Packets called words" I will use this for the remainder of my life!

[@platin2148]

Here to note that the neurons don’t make connections e.g they build nothing. The cells that do that are called glia cells and it’s still not clear how they make these connections these cells are dumb. E.g we focused on neurons but neurons are not the weavers. Also what did spinker result in? I guess nothing.. what can be used for production. And image recognition is still the only major use case of Neural Networks.

[@noahfletcher3019]

Yeah Im not really convinced about all this stuff yet.

[@winjaywin]

Voice recognition also. Pattern recognition in general, i guess.

[@anarex0929]

24:15 Our neural CPU/MEMORY chips are starting to look a lot like the stacked chip of a cyberdyne systems model 101...

[@gameresearch9535]

You said at (21:29) about the silicon transistors. So basically we just need to replace silicon with Graphene / carbon - nanotubes. And we will see much more advanced Neuromorphic Computing, but also it will probably accelerate in progress with breakthroughs? Make more videos on this! The same thing with Graphene for classical computers, and for Quantum Computers. For Graphene Quantum Computers such as with Archer Materials from Australia using Graphene to try and bring Quantum Computers to room temperature for our homes / devices, they literally are trying to do this, and they made a message very clear recently to their investors, about their Quantum Control devices and that other companies small and large aren't even at that stage of development yet, for Graphene Quantum Computing. Also make more videos on Graphene classical computers. Graphene with specific magnets can make our classical computers 1,000 times faster, with the possibility of using 1% of the energy. Graphene optical / Transparent Transistors can be used for Photonic Computing, and Graphene lasers.. like in one of your videos for Photonic Computing. : ) There should be videos made about these specific areas mentioned above and below in this comment, really unique and interesting. These 3 links. kzbin.info/www/bejne/bpSQgoisZdqgi68 kzbin.info/www/bejne/iGjVnaGlptegrbc kzbin.info/www/bejne/f32wma1nr7BsrM0 And this link for a video about "large machines to scale up Flash Graphene fast and cheap enough". kzbin.info/www/bejne/nnysopp6YqaYmtU

[@mr.almezeini647]

ME: drifting away wondering about something else Coretakes: 10:20 Me: *YOU MAD MAN*

[@0Wayland]

Very interesting indeed, thanks Core!

[@rayanafshan]

thx man .i love any single video you made. keep it up

[@jafetsalo]

Wow! But how does a photonic chip work? Sort of minuscule optic fiber interconnections ¿Maybe? Can't help but watch your videos man, there's immense effort behind each and every one of them. Cheers!

[@Ironclad17]

Can neuromorphics be applied to prefetching? Could a multithreaded program be trained to optimize load distribution in heterogeneous architectures? Could it be expanded to support multicpu systems, gpgpu, fpgas, etc. just by enabling deep learning? 19:30 Isn't that what an ISA is?

[@4.0.4]

"Are you telling me my cache will be better, Morpheus?" "No, Neo. I'm saying you won't need a cache."

[@huntergibson9359]

@@4.0.4 This is gold, best comment I have ever seen. You answered a very complex question perfectly with a 2 line meme.

[@kainhall]

10:15 when i was a kid.... i got like 3 or 4 concussions in the span of 8 months and I KNOW!!! it changed me. . first one was to the front of the head....kid pushed me when i was walking up stairs 2nd one was very similar (i know it was nearly on the same spot as the first... but i cant remember how it happened.... i just KNOW it did) it was so quick after the 2nd (iirc i hit the stairs again...but again... i cant IIRC)..... that i was probably still recovering . 3rd one was in 4 or 5th grade..... i was sliding on some ice.... something we did every year on recess (gutters always leaked in the same spot) i slipped.... feet flew out from under me..... BAM..... HUGE knot on the back left of my head. . i remember hearing the Drs tell my dad "dont let him fall asleep for more than ~40 mins at a time . i then had ADHD and anger issues..... i have dyslexia and....i SWEAR i wasnt like that before..... . and later in life.... being 26 today..... i feel ive lost a lot of my creativity maybe its just growing old and cold maybe its my brain being damaged on all corners...... . im still a smart person..... my teachers would agree 3.8 GPA.... and i didnt study for one damn test from sophomore to senior year went to college for computer science..... declined an offer from the navy to run nuke reactors on carriers (im too damn tall for a sub lol) and i should have taken the navy offer..... . but i just wonder what id be like if i didnt have 3 or 4 bumps to the head..... . would i be smarter? would i be less angry?? (ive MOSTLY got it under control..... but punch me in the head and i black out.... and i may kill someone and not even know it in a fight) would my social anxiety and depression still be their? . or..... is this just the ramblings of a drunk man.....hit on the head one to many times.... because my brain is damn sure drunk right now hahaha . the beer cans can vouch for me

[@rossmpostpro]

What an excellent video. More please.

[@o_Domo]

My brain is pulling only 20W, time to overclock it, we have headroom boys

[@ijknm2531]

thare is a companey called brainchip that reacently signed a contract with NASA to send a neuromorphic chip into space. the chip is called akida and its main function is to be implanted into sensors on rovers and the like to make those sensors inherently smart and not rely on a central computer.

[@neeleshsingh7884]

As a researcher from medical field, i am quite fascinated by the view of pioneers fighting this problem and various aspect that they learn and implement in the design of architecture, to optimize for efficiency and throughput. Our own industry is in crisis, though i m not very happy to say that 99.9 % of us still dont realize it, lack of new dimensions in our field is severely limiting our ability to even comprehend the age old concepts and everything is still running based on ' results ' and ' possible explanation for such an outcome '. Haha, By the way, your way of explaining spikes was quite entertaining to me...but in reality that spike is not just an empty, electro chemical event, its much more, to put it simplistically, Each neuron whenever it gets stimulated in whatever way dynamically changes itself (in terms of gene expression and 1000 other aspects or simply in an end result of functional modality) and promotes other circuits to change dynamically and the change being different from previous one. Multiple spikes of different data (stimulus) makes it even more complex and unpredictable of what we think may give rise to emotions and behaviours and other complex stuff. Again saw that "may" that i used there... Heheheheh....this is our problem.

[@Thomas-yv5yw]

Your comment made me think... maybe the next gen computers will cry and shout before being able to perform actual computing lol And may be dream when in sleep mode.

[@neeleshsingh7884]

@@Thomas-yv5yw hahaha...maybe that would be possible but then we will come to mediveal times, trading number crunching slaves...heeehee Indeed, you took notice to where i was pointing indirectly, but before saying anything i would like to make this clear that i dont know shite about A.I. development...Now that being clear, let me tell you one intresting thing. In our religion, there were people that tried to find out the basic process that governs thought creation in other words suppose, if you see an apple and try nothing to think while still seeing it, you will still visualise its red colour and its shape, the thoughts that give you the understanding of 'red' colour and the mechanism that make you feel that red and that shape is something that was somewhat concluded as the real ' thoughts' and not merely the thinking process. Because if in a child, u ask him to see the same apple, even if u dont teach him/her about the red and shape, and if by some way you try to tap into his understanding of apple (here red colour and shape ) it will be same and hence even an illiterate can comprehend and even feel the same simple things that an illiterate would. The point i m trying to make here is this that the real thoughts are ur understanding and feel, and not merely words (in our religion, if i convert it to ur language it would be illusion of words), those people reached the apex of its understanding that what is that process and it govers us and how it shapes reality and our understanding of logic, physics and other dimensions controlling which would change the very nature and fabric of reality. In the end they were able to control that process and even teach it to other humans. All these concepts were clubbed under the name ' religion ' , as its science in todays world. There is more to it but i will stop here as this is already becoming a 1000 words essay. Yes, this is another way of developing an A.I. via the architecture that is being elucidated by cortex, instead of making ' a little' smart machines by creating so called ' neural networks ' and feeding every possible data, the a.i. functions will be predictable at every level. I m not saying that the current method is wrong what i m saying is that there are other methods also, and i am fairly sure we will be able to accidently create such a machine as us (humans), cuz in reality there is no difference between living and non living, just the difference of what i explained u in that story. Other things are supplementary, such as reproduction , growth....meh... If u try to find out what really is ' living ', by current explanation of our industry u will be disappointed. Strange to think that the concepts that we are able to appreciate now were mastered by humans ages ago, obviously they had no machines but their methods were different, such a loss that knowledge is lost.

[@Thomas-yv5yw]

​@@neeleshsingh7884 I'm not 100% sure of the point you're trying to make, it should be a little more structured, I don't see how you go from that religion to AI development for example... I understand everything you say but not how you jump from one point to another. But i'll admit you got me interested in the story of that religion! do you have some links I could check to know more ? Thanks !

[@cosmic_gate476]

Hi! Thanks for the upload

[@ronsnow402]

It's not digital in the way you think. All analogue systems have circuits which can be on/off... this doesn't mean that it is storing & processing information digitally.

[@blinded6502]

But spikes are on/off.

[@PranitDagla]

Man i was waiting for your new video.

[@AlexanderKalish]

You need to read 'Von' as 'Fon' because it's a German name and in German letter 'v' is not [vi] but [fau] and is read as 'f' most of the time, except for the foreign words.

[@AlexandruJalea]

Why so few views? This is a very good exposition on the subject. Please add more cats!!!

[@blazingCFC]

It won't be easy or quick to break away from x86 and von Neumann architecture I'm afraid. There is a lot of infrastructure and industry built around, that would take decades to transition to a new computing paradigm.

[@PalCan]

Coreteks does it again. Thank you for the new video. While I appreciate the efforts put into building neuromorphic systems, I believe that a different approach should be used. Why not utilize the already built and available neuromorphic system (ie. The brain) to perform those power constrained processes - in a way, hacking the brain. I am quite excited to hear what Neuralink will announce in a few days from now. Their read/write hack of the brain will allow the running of such processes, but also may extract the essence of the hardware of this neurological design down the road, and allow the design of neuromorphic systems. I understand that neuromorphic design is primarily based on the brain, but the development of such hardware should probably be put on pause until we have a solid understanding of the brain itself. Linking of the brain with conventional computers will more completely map out the connectome, and only then will allow for a genuine neuromorphic design.

[@nishanshrestha3646]

why does this video only have 45k views?? It deserves way more!

[@tru-b1o]

Awesome video. Hope it gets more views.

[@ahmetmutlu348]

the fact analog and digital for computers is misunderstood. for example analog computation is actually still digital but the changing thing is data stored is more fragile. as its stored in some kind of serial forman using levels instead of time,. so clearly we can say any analog data is actually digitla with serial storage formar that is stored which sync is based on levels:P

[@XfStef]

Our bodies are able to identify mutated or cancerous cells. It's just that sometimes they either hide very well or multiply so quickly that they become impossible to get rid of, due to various factors including bad habits and poor immune system performance. The rest of the video was however spot on.

[@webforder4201]

This channel is so underrated, these videos are fucking awesome

[@Raudlauk]

This is a good day :D

[@realgrilledsushi]

The wait is finally over

[@bhuvaneshs.k638]

Please do a detailed video like this on Quantum Computing

[@darkmatter7274]

I've still got my ZX81, thermal printer and extra ram cartridge.

[@cmnhl1329]

Please look into Brainchip Akida. Going into production in 2021. It’s outperforms both intel’s and IBMs attempts and will have memrista implemented in later iterations