Reminds you of Marcus Aurelius.

Yes, it's standing room only for this years Nobel prize in humility.

Looks like almost every CV on LinkedIn

@@MrSupervin94 gotta get that bag

didn't know who founded AMD and that threw me through a loop and had to look it up

lol I had to go look it up

Yeah about that...

freaking KFC CPU's

Yeah, haha funny. Almost made me not take you seriously. But it was a good joke. I got over it kept watching.

@ungratefulmetalpansy oR lIke ThIs. hAhA

@Casanova Frankenstein nah something as big as graphene chips cant be stifled once their potential is showed to the public

You realize that "quantum leap" is literally the smallest step forward you can take, right? xD But I get what you mean ofc. ^ - ^ I think Intel and AMD won't be selling 100GHz+ processors right off the bat though, because you know, money ... :/

Many parts need upgraded tech to achieve quantom computing. True quantom computing will require data transfer by light

A Quantum Leap is technicaly nothing good, hope you know that :-D

3Xtr3me and the reference list 2

Yeah he should, got one today

@Subject Zero Science Some companies are working on Photonic - Quantum chips. Spintronics = electronics 2.0, and tilts the Electron = electricity, makes our devices more energy efficient and faster. They figured out how to use Spintronics to tilt the Photon (light), to make Quantum Teleportation. Australia plans to use this to make a Quantum Internet by 2030 and share it with Europe. No word on if America will have it yet. Check my Quantum Computing playlist, in the channel I'm subscribed to, click the "created playlists" button, and then click on the title / text of each playlist, not on the pictures. Also some universities are working with Spintronics mixed with Graphene to make our devices more energy efficient and faster, in the next 4 years. And this will also advance Quantum Computers. Also an image shows the basis of Quantum Computers which proves Einstein's Quantum Entanglement, and a new MRI are either the same thing, or both will advance applications like Quantum Computers, and Quantum tech. This is recent info. So many other things are going on, you can find them in my playlists on the other channel. Btw, I know a lot don't like the Matrix, but the Matrix 4 is coming, well.. you know how Binary Code = Bits of 1's and 0's that scroll down the screen in green color from the first Matrix movie, which is how our CPU's think from our classical computers (the ones we use now). Imagine instead of Bits, Qubits (Quantum Bits) from Quantum Computers, scrolling down that screen with 1's and 0's at the same time, in the same place with super position, but for the first Matrix movie, would be interesting to see a more advanced Quantum Computer like the Photonic - Quantum chips, that will have both Spintronics and Graphene. Imagine the enemies that are outside the matrix, those machines.. with Photonic - Quantum chips, and Spintronics with Graphene, and also Neuromorphic Computing "all emerging technologies and beyond.. matured", and imagine those machines in the Matrix movie, with those emerging technologies. As far as the old phones they used in the first Matrix movie, that made sense when it first came out in the 90's, but after that.. the old phones didn't make sense anymore for the movie and the technology, not even sure a modern phone would make sense for that movie.. Though.. would rather enjoy it returning to its routes.. not like the sequel movies that felt repetitive and lost the important feeling to Neo's moves, and the reasons. It feels like it's been forever since I've seen that movie. If you would like to know more about the emerging technologies and beyond, do the steps below. This should help your videos with everything in all of the playlists, some are hidden so you will need to click the "created playlists" button, and click the title / text of each playlist, not the pictures. Also click the "more" button in the playlist description for the articles. ------------------------------------------------------ I was giving out helpful links, but it won't allow me to do that now, so I made playlists. 1. Check my channel, find a subscribed channel called Technology Research, go to the playlists there, and click "created playlists", that should show them all. 2. After that, click on the title / text of each playlist, not on the pictures. 3. Don't forget to click the "more" button in each playlist description for more articles and playlists.

he just got 1 more. very underrated channel.

Oh yeah yeah!

No wonder, after all he's a 3D graphics designer/modeler. ;)

Only if we manage to start using technology responsibly and think realistically about biocompatibility. If we fail in this, and we fail to look seriously at our society's current organizational and control structures, the collapse of large scale civilization is inevitable way before that. This will happen via population level irreversible infertility (mutational load), ecological collapse from insect loss, collapse of food production, famine, drought, probably war. I used to feel the same way. No one will help solve these or any problems, they have too much faith that the power structure and its system will take care of everything "well enough".

It is not guaranteed. You must fight for these things because humans are still tribalistic and self destructive

@@Acetyl53 I would honestly like to work towards a better future for all life in tech, but I'm also too worried about where I'm going to sleep at night to save money for university and not starve. The system is broken, and I'd honestly be less cynical about it if companies offered training in STEM instead of expecting me to have all knowledge up front. It's very frustrating. Companies as rich as Amazon and Google should have no problem opening their own schools for technical training.

Dont forget the solidstate batteries

@@p00pie "Humans are tribalistic and self destructive" yup, maybe that's the reason why humans were able to conquer every part of the earth and became the most dominant species on Earth. Humans are destructive but not to themselves. Nothing can stop humanity from conquering the whole milky-way.

Humanity has not even began to scratch the surface of what it truly can create and it's possibility and potential.

see Vanta Black

They literally gave an example of it being used in SSD’s.

It's as simple as this... Graphene is a superconductor, electronics require semi-conductors. The ability to pass electricity through a circuit unimpeded does not benefit computers which must be able to hold a charge in order to operate logic gates and code bits. Graphene can't hold a charge. The future may use graphene, but never alone, probably the next leap will involve a combination of graphene and titanium trisulphide. However, it's the research gap for these technologies is just as large in a lot of cases as the first transistors were, which means were in for a LONG stagnant period in computing while companies start from square one to re-initiate Moore's Law. The good news is the mechanisms exist, and the material science is possible. The bad news is it's so far away from feasible that it doesn't benefit companies to invest too heavily in it as their R&D would bankrupt them before they saw a product come to reality that exceeded the current silicon refinement. Also the use in an SSD was not as part of the logic gates or transistors but as a heat sink to control temperature dispersion on the SSD. So yeah they've used it, but in absolutely no way related whatsoever to 'computing.' The technology could be here in a decade but only if a company dumps money into R&D, which is unlikely, and so it's probably much much farther away, since capitalism doesn't favor the reckless.

@@parody4042 Yeah we've only had it for like 15 years. Give it time

I wanna know too!!

I guess it's advance power point presentation

me too

Damn, it got me for a few ns until I realized my PC runs linux ^^

Android is Linux based...

@@Narinjas and then it stripped away everything Linux is about

the error sound is not applicable to BSOD

And a lot of the dynamic power is actually not even "reaching" the capacitor but burned by the metal-layers transporting the current. A CMOS requires astonishingly little energy to turn on/off, but when you want to turn them on faster then you need to deliver the energy fast, that means higher currents which in turn mean higher losses on the wiring. This is the main reason why modern processors do not run at a static speed - lower frequencies require less current and are more efficient.

Aw man, you made my day!

LOL. they been saying that for over 10 years

Well, he's gained ~2500 subscribers since you made that comment. So for now at least his channel is growing well.