Technology growth is an exponential graph. We no longer need 100 years. We only need 10-15 more years!! Especially with the discovery of nuclear electric resonance and new superconducting material
@@whoisray1680 i wanna think thats true, in the 50's the technology was a lot more limited than today so thats why it took us 50 years to develop proper computers and 60 years for smartphones.
Mulinaster I appreciate your use of big words to try and sound intelligent but simplicity is the language of an intelligent mind. Here’s some ancient wisdom for you “He who knows it, does not speak. He who is ready to speak, does not know it.”
Mulinaster oh grand master, please explain to me what a secondary product is. Is it the refinement of metal found in nature or the chemical process of it. Is it paper that is found in nature or is it intentionally created? And where to begin with the semiconductor? Must of just been the crumbs of nature. I guess manipulating elements based on the rules of nature and natural laws isn’t nature, but then what is nature if not the laws themselves.
Good comment 😂😋 Victoria's Secret assuming that you talk about the paint it's just who the painter is 😋 you're bascially trying to ubderstand what was in the painter's head and himself when hr was painting 😋
MALAY SUBTITLES Part 2 of 4 04:40 Perubahan suhu berdekatan dan gelombang elektromagnetik 04:43 boleh menyebabkan mereka kacau. 04:45 Dan kemudian ada suhu kerepek kuantum 04:47 diri mereka. Mereka perlu disimpan pada suhu yang lebih sejuk 04:50 daripada ruang antara bintang, hampir dengan sifar mutlak. 05:00 Salah satu prinsip utama fizik kuantum disebut 05:02 superposisi. Itu bermaksud zarah subatom seperti 05:06 elektron boleh wujud dalam dua keadaan yang berbeza pada masa yang sama 05:09 masa. Itu dan masih sukar untuk komputer biasa 05:13 untuk mensimulasikan mekanik kuantum kerana superposisi. 05:17 Tidak, hanya pada awal tahun lapan puluhan beberapa orang 05:19 ahli fizik, seperti Richard Feynman mempunyai yang luar biasa 05:23 cadangan bahawa jika alam memberi kita pengiraan itu 05:28 lemon, baik, mengapa tidak membuatnya menjadi serai? 05:30 Anda mungkin pernah mendengar atau membaca penjelasan ini tentang bagaimana a 05:33 komputer kuantum berfungsi. 05:35 Komputer biasa atau klasik berjalan menggunakan bit. 05:38 Bit boleh menjadi 1 atau sifar. 05:41 Komputer kuantum, sebaliknya, menggunakan bit kuantum 05:44 atau hasta. Cubits boleh berupa 1 atau sifar atau kedua-duanya atau a 05:48 gabungan keduanya pada masa yang sama. 05:51 Itu tidak salah, tetapi hanya menggaru 05:53 permukaan. Menurut Scott Aaronson, yang mengajar komputer 05:56 sains dan pengkomputeran kuantum di University of Texas di 05:59 Austin. Kami memintanya untuk menjelaskan bagaimana pengkomputeran kuantum 06:02 sebenarnya berfungsi. Baiklah, saya mulakan dengan ini. 06:05 Anda tidak pernah mendengar peramal cuaca anda mengatakan bahawa kami tahu ada 06:08 kemungkinan negatif 30 peratus hujan esok. 06:11 Betul. Itu tidak masuk akal, bukan? 06:13 Adakah kemungkinan sesuatu berlaku, seperti biasa, antara 0 06:16 peratus dan 100 peratus. 06:18 Tetapi sekarang mekanik kuantum berdasarkan nombor yang disebut 06:22 amplitud. Amplitud boleh positif atau negatif. 06:27 Sebenarnya, mereka boleh menjadi nombor kompleks yang melibatkan 06:30 punca kuasa dua negatif. 06:32 Jadi qubit adalah sedikit yang mempunyai amplitud untuk menjadi sifar 06:37 dan amplitud lain untuk menjadi satu. 06:40 Matlamat untuk komputer kuantum adalah memastikan 06:42 amplitud yang membawa kepada jawapan yang salah saling membatalkan. 06:46 Dan para saintis membaca output kuantum 06:48 komputer dibiarkan dengan amplitud yang menuju ke kanan 06:51 jawapan apa sahaja masalah yang mereka cuba selesaikan. 06:53 Jadi bagaimana rupa bentuk komputer kuantum 06:56 dunia? Komputer kuantum yang dibangunkan oleh syarikat seperti 06:59 Google, IBM dan Rigetti semuanya dibuat menggunakan proses 07:02 dipanggil superkonduktor 07:04 Dan di sinilah anda mempunyai cip yang biasa 07:08 cip komputer dan anda mempunyai sedikit gegelung wayar di 07:13 anda tahu, yang sebenarnya cukup besar oleh 07:16 piawai hasta. 07:17 Anda tahu, hampir cukup besar untuk dilihat dengan 07:19 mata kasar. Tetapi anda boleh mempunyai dua keadaan kuantum yang berbeza 07:24 arus yang mengalir melalui gegelung ini bahawa 07:27 sepadan dengan sifar atau satu. 07:30 Dan tentu saja, anda juga boleh memiliki kedudukan super 07:33 dua. Kini gegelung dapat berinteraksi antara satu sama lain melalui 07:37 sesuatu yang disebut perintah Josef. 07:39 Jadi mereka dibentangkan dalam susunan segi empat tepat dan 07:43 yang berdekatan boleh bercakap antara satu sama lain dan dengan itu menjana 07:48 keadaan yang sangat rumit ini, yang kita panggil terjerat 07:50 menyatakan, yang merupakan salah satu perkara penting dalam pengkomputeran kuantum 07:55 dan cara kubis saling berinteraksi adalah 07:58 dapat diprogramkan sepenuhnya. 07:59 OKEY. Oleh itu, anda boleh menghantar isyarat elektrik ke cip tersebut 08:04 kubus mana yang harus berinteraksi antara satu sama lain di mana 08:07 masa. Sekarang pesanan untuk ini berfungsi, keseluruhan cipnya 08:12 diletakkan di dalam peti sejuk evolusi. 08:14 Itu ukuran almari secara kasar. 08:17 Panggilan itu berlaku sekitar seratus darjah di atas 08:19 sifar mutlak. Di situlah anda mendapat superkonduktiviti 08:22 yang membolehkan bit ini berkelakuan sebentar sebagai hasta. 08:32 Dan makmal penyelidikan IBM di Yorktown Heights, New York, the 08:35 syarikat teknologi besar, menempatkan beberapa komputer kuantum 08:38 terpaut ke awan. Pelanggan korporat seperti Goldman 08:41 Sachs dan JP Morgan adalah sebahagian daripada Q Network IBM, di mana mereka berada 08:45 boleh bereksperimen dengan mesin kuantum dan mesinnya 08:47 bahasa pengaturcaraan. 08:49 Sejauh ini, ini adalah cara bagi syarikat untuk membiasakan diri dengan kuantum 08:51 pengkomputeran dan bukannya menjana wang darinya. 08:53 Komputer kuantum memerlukan lebih banyak hasta sebelumnya 08:56 mereka mula melakukan perkara yang berguna. 08:58 IBM baru-baru ini melancarkan lima puluh tiga komputer padu yang sama 09:01 saiz sebagai pemproses sycamore Google. 09:03 Kami fikir kita sebenarnya memerlukan puluhan ribu, 09:07 ratusan ribu qubit untuk mendapatkan perniagaan sebenar 09:10 masalah. Oleh itu, anda dapat melihat banyak kemajuan dan 09:13 dua kali ganda setiap tahun atau mungkin sedikit lebih cepat adalah apa 09:16 kita perlu membawa kita ke sana. Itulah sebabnya 10 tahun keluar, di 09:19 paling tidak.
teo long apple isn’t in the enterprise industry anymore. Quantum computers will never be available to consumer. At least for now. It’s only in its development staged and even then will only be commercially used
Yep, main stream tv network infos even boring always tops anything on RUclips / internet videos. And if main stream tv network comes into RUclips, you already know they come in as the elephant.
No they didn't, because I still don't get it. I know that it's supposed to be "better", but I have yet to understand WHY. If a Qbit can be both 0 and 1, how do you determine if it should be a 0 or a 1? Classical computing is 1101 in and 10 out, from what they said Quantum is XXXX in and XX out. You don't know what your answer is, what your input is, or whether the output is correct because what if the Qbit was supposed to be a 1 and it decided to be a 0? Obviously it is giving something that is a reasonable output, so I assume that a quantum computer is "good", but it hasn't been explained properly yet.
@@AstroKitty16 I mean, they didn't get any wrong. As CS grad-major I can confidently say they gave a pretty accurate explanation. The fact that you didn't even hit play means you can't possibly know if the content is correct or not. What exactly about this video is incorrect/objectionable/or misleading?
You don't need quantom computer for that. Even simple average person can comprehend why you can't get text back. You ain't got no game. There I answered your question
@@venceremosallende422 the D-Wave system was one of the first ones NASA and Google bought. geordie rose made it. you should listen to him explain the D wave. it's almost scary.
@@charmander777 they can do all the computing on the moon and use the helium3 and plutonium to cool and power super reactors that spill radiation all over but who cares because its the moon.
The scientists are at the end of the day the ones with the realy important secrets that cannot be simplified without losing vital information for less knowledgeable minds of the general population.
Especially today where society is leaning more away from logic and more towards emotions. If you want to communicate science these days it has to be 80% emotional appeal. Just look at climate change.
Dam straight the only way to progresss is to cut the bull crap out and use facts and logic and neither of those care about your feelings. The issue with climate change is that it has been so entwines with politics that finding the solution is often so complex due to the lack of knowledge of the general public that they will say it isn’t a solution and there is no solution there is just ways of slowing it down.
@@gregorymalchuk272 till Snowden made them public many were only known to the NSA i would assume. So to be fair, perhaps they themselves didn't know. Then again we know from other companies that the NSA approached those to keep these open. I can't say for sure if they were intentionally created, for that my understanding of that area of expertise is not sufficient. So the only once really known for creating such backdoors are security agencies around the world to spy on their own citizens or onto those of other countries. Better question may be, is Cisco known for closing these backdoors? Again i have not sufficient information to answer that question. Perhaps others could provide some insight here.
I really appreciate this video laying out the timeline for quantum computing instead of the optimistic stories about robots and artificial intelligence. The part about simulating molecules was interesting and I have heard about IBM using quantum to find new battery technologies
The real geniuses are the ones that got funding for this decades long project requiring no deliverables and allows them to play in a lab all day long and get paid for it.
Question: if a quantum computer can figure out an answer that takes a super computer a projected 10,000 years, how do we know that the answer is correct?
By testing the answer. For example humanity is stuck for decades on curing some deseases like cancer, if the computer tells you the answer you just test it in the real word if it’s correct. How many times did you try solving some kind of puzzle and after you solved it the answer is so simple and easy. Now make the puzzle a million times harder but someone tells you the answer. This computer tells you the answer directly
Are you so excited about the FBI and NSA having the ability to spy on everything around you?? The only thing that stops them from cracking every encrypted data in the universe is the lack of powerful computers that can brute-force such encryptions.
Interesting video on the topic of quantum computing. I appreciate the clear explanation of the technology and its potential impact on various industries. It's exciting to see the progress being made in this field and the possibilities it holds for the future.
"A completely arbitrary mathematical problem with no real world application" So basically every math problem i solved from kindergarten to high-school.
This is what excites me as a budding software developer studying A.I. I'm immensely interested in the possibilities fully harnessing this technology could give us to that end and many other fields!
Not many have realised that qubits are analogic entities... Also, in the '80s IBM was using Josephson junctions (supercold niobium-tantalum) to achieve 2 GHz of clock speed, at a time when silicon junctions were operating at 4.77 MHz - yes, the 8088. Thanks for the video...
I think these qubits actually are in three different spots in three different forms of matter (liquid, solid and gas). These states are going in and out of our observable dimension (why it can be in multiple spots at once in three forms). Since it’s in all forms it allows it to form to whichever is needed to perform that task at hand. When we freeze or keep the qubits at almost absolute 0 only slows down the process of it going in and out....
I'm not sure you understand how true that statement is... With a practical working quantum supercomputer and an accurate algorithm to simulate protein folding...
I remember when University of Toronto removed the roof of their computer lab to install one of the early versions of the Cray. It was lowered into place with a Sikorsky helicopter. Now my smartphone rivals its power.
The real hype is that qbits ultimately depend on waves, to exist, before they can even be used to do anything. But waves were first observed in the 1600's, at the macro scale when Huygens became the first to attributed waves to the scale of light. But in the 1960's, those macro scale waves were all analyzed to be found to be artifacts. Ask any marine engineer. So Huygens attributed an artifact, to the scale of light and that is what has been used until the 1920s when that became a problem, or did not work in the 2 slit experiment. So that was added to by wave-particle duality to try and make waves work; but notice that the waves (known to be an artifact) was still in that mix. That still did not work so it was converted to wave-function. But that also did not work, and notice that waves, an artifact, was still in that mix despite being known to be an artifact. That is why waves interfere with qbits, both of which depend on an artifact, thereby nullifying each other by being dependent on that artifact. An artifact can't be made to be a non-artifact or into a mechanism by using math or anything else.
They need to have the quantum computers working in a stable fashion. For the time being, the time when the state of superposition is kept in sync between the qubit and the output interface, is very limited. If this is not sorted, quantum computers will remain an expensive toy, good only to sustain speculations of any kind.
Andres Rodriguez No. A quantum computer can calculate nothing better or different things !!! as an usual. The algorithm are even harder to invent and for most cases it’s not even sure if algorithm are possible to construct at any time.
Since cellphones are at the peak right now, I imagine that the next generation of phones could be build with quantum computers. But I can't imagine what the average consumer could use them for
so, in this computer am i be able to run red dead redemption in ultra mode,10 tabs of chrome, adobe photoshop, adobe premiere pro, watch dogs 2, bluestacks, crysis 3, metro exodus, and microsoft word at the same time ?
The practical problems a quantum computer can help solve might be those that are intersectional such as natural languages and the dynamic contexts of conversations where meanings, their understanding/interpretations are unpredictable. The societal problem of communication or the lack there of due to the ever evolving conditions and initial thoughts might be a challenging enough problem that needs capabilities beyond the classical, I think
To finally manipulate our mind at the quantum level, whether to make our lives a real pleasure or the worst of the unimaginable torments, worse than the apocalypse in the bible.
Mind meld with me and become one Borg like - resistance is futile - upgrading compulsory. AI will stimulate parts of your brain most pharmaceuticals can't touch and give you intelligence 10000 more powerful than human. Seriously if you become a Borg person with AI + a quantum computer chips: trust me YOU will NOT be the one in charge even if it is part of your brain.
Quoted from the video "there are some simply astonishing financial opportunities in quantum computing". My thoughts... When will humans realize that money and power is worthless in comparison to living a life full of natural experience and human interaction? I would like to see humanity put it's efforts to building stronger communities not richer communities.
Enrique dfarq.homeip.net/what-does-ibm-do-now/ No. IBM makes, services, and supports minicomputers and mainframes, which are relics of the past that are still very useful for many applications. IBM does NOT make Macs. They DO use Macs in their own offices, because most of their office staff prefer Macs to Windows based systems. IBM sold their microcomputer business to Lenovo, which is now the world's #1 microcomputer company. www.pcmag.com/commentary/334149/10-years-later-looking-back-at-the-ibm-lenovo-pc-deal The first computers I ever used were IBM PCs running PC DOS with 8086 and 8088 CPUs. How times have changed!
@@kazomazo6646 It would let scientists model all the energy states of the actual molecule. Take a look at the Wikipedia article on the hydrogen atom to get a feel for what's involved for even the simplest atom. If you could model drugs and their receptors you could accurately design new drugs without the lengthy, costly trial and error necessary today, never mind making huge strides in understanding how biology works.
so where's the screen? does it hook up to a mouse and keyboard and monitor? can it go on the internet and go to Facebook or does it only run certain programs?
Australian / Dutch research team just worked out how to get them to work at 1.5 Kelvin instead of 0.1 Kelvin. Doesn't sound like much but it brings silicon into the mix and much cheaper cooling.
I believe that the best designs for new systems such as the quantum computer, motors etc etc, are in the field of neuroscience, because the best designs of systems of any type are in the design of the systems in the brain itself, from micro to The macro, the key to materialize these designs is in the superposition of quantum physics with neuroscience, the more they interact, the more optimal the results and their applications will be 😉✌️👍
Honestly yeah, this was the best explanation I've ever gotten about qbits and quantum chips. Great work, CNBC! I only have one question. What the heck does it mean to "store" a caffeine molecule in a computer?
All new technologies can be useful tools. As the one gentleman said we'll need to be prepared to harness this new tool when it appears. Good report thank you.
I have a quantum toaster at home. The toasts don't jump out of it. They just... stay there. Everything is so much cooler when you put quantum in front of it...
Quantum computing is interesting for the computerindustry perhaps as also gallium nitrate, graphite, lead, photosignals and lightsignals. Combining those the computerindustry can perhaps fabricate faster and cheaper. Thanks for showing.
Imagine stepping into your room and it’s dark. You walk around slowly with your hands out as feelers but you know more or less where you’re going. Now imagine the lights coming on for a second, enough for you to get composure. You continue this until you get what you wanted from your room and leave. If you’re a quantum computer the light is both on and off at the same time but you’re in a different room. How much easier is it to find the “blue bottle?”
@B. Allen It gets to a point where dumbing down complicated things does not help more, just introduces more things for the imaginary to try and link what is what to the real world system lol.
@B. Allen As in: taking us on a mental wild goose chase doesn't help more. Edit: rather than introducing more things for the mind to keep track of just explain quantum computing - perhaps with more simple terms, but not out of context scenarios like @interloop did.
I once described quantum computers as trying to design a human brain . And the reason l explained it in this way is because the errors and the way a qubit is designed has a close similarity to the way a human brain operates. Schrodinger's cat comes to mind when trying to explain some of the issues that quantum computers experience. It may never be possible to build one 100% error free .
No. That’s a Nondeterministic turing machine, which is not quantum. Quantum turing machines are more like computers that can guess correctly with some probability
This is the best presentation of why it is important as a research project to understand the Calculus of Holographic Principle Image condensation modulation Mechanism.
In a nutshell, if you enter a problem into a quantum computer as a string of 1's and 0's, it will re-arrange them in such a way as to optimize its quantum state. If these 1's and 0's represent an initial non-optimized state of a physical system, the result will be the optimized state of that system. Therefore quantum computers can solve optimization problems in a fraction of the time compared to traditional computers.
No. You have listened to people who don't know what a quantum computer is, but have tried to explain it anyway. The core matter is extremely simple; you only need to grasp the nature of the Schroedinger equation to understand what is a superposition.
@@robertwhitten265 I was going to say all of them use fission. A hydrogen bomb uses initial fission to trigger a chain reaction converting to fusion energy.
I think she meant controlled Nuclear Fusion. We have never been able to control the Fusion process as we did with fission, which facilities it usage in the production of electricity.
I talk about this in my latest video .. the trouble (as I see it) is that a quantum computer with 50 qubits is very powerful in a very specific way. In order to get a boarder, more generalised quantum computer, we are going to need 1 million ish qubits (so they say). Can these things scale or will the atoms start acting up and proving impossible to scale?!
I love how advocates plug this technology under the guise of problem solving but we know perfectly well that they will create more problems than they solve, including human redundancy
Soooo, you're saying I'll be able to run TWO tabs in Chrome?
hahahahhaha fire
my pc can run 100 tabs at once
No Googol tabs
@Lucas Zhu Pi is 3,14 etc Googol is the number !
Alexander Sprokkereef you do not know the significance of Pi. I wonder how many Googol’s it will take you to run the calculations on that.
It’s amazing how quantum computers look like the first ever computers. They look massive and mechanical. Imagine this technology in 100 years
@ArjenRobben Mr.Wembley wanna bet
Technology growth is an exponential graph. We no longer need 100 years. We only need 10-15 more years!! Especially with the discovery of nuclear electric resonance and new superconducting material
Its going to be small and esy to carry
@@whoisray1680 lack of competition could cause delays in this process, vice versa.
@@whoisray1680 i wanna think thats true, in the 50's the technology was a lot more limited than today so thats why it took us 50 years to develop proper computers and 60 years for smartphones.
0:00 "Quantum computers use the natural world..." literally everything uses the natural world
LoL Exactly!!! What is the 'unnatural world'.. LOL... Voodoo :)
Mulinaster I appreciate your use of big words to try and sound intelligent but simplicity is the language of an intelligent mind.
Here’s some ancient wisdom for you “He who knows it, does not speak. He who is ready to speak, does not know it.”
Lmao
Mulinaster oh grand master, please explain to me what a secondary product is.
Is it the refinement of metal found in nature or the chemical process of it. Is it paper that is found in nature or is it intentionally created?
And where to begin with the semiconductor? Must of just been the crumbs of nature.
I guess manipulating elements based on the rules of nature and natural laws isn’t nature, but then what is nature if not the laws themselves.
Mulinaster if I’m beginning to understand the meaning of words perhaps you should know how to use them.
I think in 30 years, Quantum Computers will crack Victoria's Secret.
The secret is Victoria is a man
I think in 30 years, Quantum Computers will crack Victoria's Secret.
Good comment 😂😋 Victoria's Secret assuming that you talk about the paint it's just who the painter is 😋 you're bascially trying to ubderstand what was in the painter's head and himself when hr was painting 😋
@@willbradford4575 I think in 30 years, Quantum Computers will crack Victoria's Secret's Secret.
You don't need a computer to figure that one out. The secret of Victoria's Secret is vanity and narcissistic personality.
MALAY SUBTITLES Part 2 of 4
04:40
Perubahan suhu berdekatan dan gelombang elektromagnetik
04:43
boleh menyebabkan mereka kacau.
04:45
Dan kemudian ada suhu kerepek kuantum
04:47
diri mereka. Mereka perlu disimpan pada suhu yang lebih sejuk
04:50
daripada ruang antara bintang, hampir dengan sifar mutlak.
05:00
Salah satu prinsip utama fizik kuantum disebut
05:02
superposisi. Itu bermaksud zarah subatom seperti
05:06
elektron boleh wujud dalam dua keadaan yang berbeza pada masa yang sama
05:09
masa. Itu dan masih sukar untuk komputer biasa
05:13
untuk mensimulasikan mekanik kuantum kerana superposisi.
05:17
Tidak, hanya pada awal tahun lapan puluhan beberapa orang
05:19
ahli fizik, seperti Richard Feynman mempunyai yang luar biasa
05:23
cadangan bahawa jika alam memberi kita pengiraan itu
05:28
lemon, baik, mengapa tidak membuatnya menjadi serai?
05:30
Anda mungkin pernah mendengar atau membaca penjelasan ini tentang bagaimana a
05:33
komputer kuantum berfungsi.
05:35
Komputer biasa atau klasik berjalan menggunakan bit.
05:38
Bit boleh menjadi 1 atau sifar.
05:41
Komputer kuantum, sebaliknya, menggunakan bit kuantum
05:44
atau hasta. Cubits boleh berupa 1 atau sifar atau kedua-duanya atau a
05:48
gabungan keduanya pada masa yang sama.
05:51
Itu tidak salah, tetapi hanya menggaru
05:53
permukaan. Menurut Scott Aaronson, yang mengajar komputer
05:56
sains dan pengkomputeran kuantum di University of Texas di
05:59
Austin. Kami memintanya untuk menjelaskan bagaimana pengkomputeran kuantum
06:02
sebenarnya berfungsi. Baiklah, saya mulakan dengan ini.
06:05
Anda tidak pernah mendengar peramal cuaca anda mengatakan bahawa kami tahu ada
06:08
kemungkinan negatif 30 peratus hujan esok.
06:11
Betul. Itu tidak masuk akal, bukan?
06:13
Adakah kemungkinan sesuatu berlaku, seperti biasa, antara 0
06:16
peratus dan 100 peratus.
06:18
Tetapi sekarang mekanik kuantum berdasarkan nombor yang disebut
06:22
amplitud. Amplitud boleh positif atau negatif.
06:27
Sebenarnya, mereka boleh menjadi nombor kompleks yang melibatkan
06:30
punca kuasa dua negatif.
06:32
Jadi qubit adalah sedikit yang mempunyai amplitud untuk menjadi sifar
06:37
dan amplitud lain untuk menjadi satu.
06:40
Matlamat untuk komputer kuantum adalah memastikan
06:42
amplitud yang membawa kepada jawapan yang salah saling membatalkan.
06:46
Dan para saintis membaca output kuantum
06:48
komputer dibiarkan dengan amplitud yang menuju ke kanan
06:51
jawapan apa sahaja masalah yang mereka cuba selesaikan.
06:53
Jadi bagaimana rupa bentuk komputer kuantum
06:56
dunia? Komputer kuantum yang dibangunkan oleh syarikat seperti
06:59
Google, IBM dan Rigetti semuanya dibuat menggunakan proses
07:02
dipanggil superkonduktor
07:04
Dan di sinilah anda mempunyai cip yang biasa
07:08
cip komputer dan anda mempunyai sedikit gegelung wayar di
07:13
anda tahu, yang sebenarnya cukup besar oleh
07:16
piawai hasta.
07:17
Anda tahu, hampir cukup besar untuk dilihat dengan
07:19
mata kasar. Tetapi anda boleh mempunyai dua keadaan kuantum yang berbeza
07:24
arus yang mengalir melalui gegelung ini bahawa
07:27
sepadan dengan sifar atau satu.
07:30
Dan tentu saja, anda juga boleh memiliki kedudukan super
07:33
dua. Kini gegelung dapat berinteraksi antara satu sama lain melalui
07:37
sesuatu yang disebut perintah Josef.
07:39
Jadi mereka dibentangkan dalam susunan segi empat tepat dan
07:43
yang berdekatan boleh bercakap antara satu sama lain dan dengan itu menjana
07:48
keadaan yang sangat rumit ini, yang kita panggil terjerat
07:50
menyatakan, yang merupakan salah satu perkara penting dalam pengkomputeran kuantum
07:55
dan cara kubis saling berinteraksi adalah
07:58
dapat diprogramkan sepenuhnya.
07:59
OKEY. Oleh itu, anda boleh menghantar isyarat elektrik ke cip tersebut
08:04
kubus mana yang harus berinteraksi antara satu sama lain di mana
08:07
masa. Sekarang pesanan untuk ini berfungsi, keseluruhan cipnya
08:12
diletakkan di dalam peti sejuk evolusi.
08:14
Itu ukuran almari secara kasar.
08:17
Panggilan itu berlaku sekitar seratus darjah di atas
08:19
sifar mutlak. Di situlah anda mendapat superkonduktiviti
08:22
yang membolehkan bit ini berkelakuan sebentar sebagai hasta.
08:32
Dan makmal penyelidikan IBM di Yorktown Heights, New York, the
08:35
syarikat teknologi besar, menempatkan beberapa komputer kuantum
08:38
terpaut ke awan. Pelanggan korporat seperti Goldman
08:41
Sachs dan JP Morgan adalah sebahagian daripada Q Network IBM, di mana mereka berada
08:45
boleh bereksperimen dengan mesin kuantum dan mesinnya
08:47
bahasa pengaturcaraan.
08:49
Sejauh ini, ini adalah cara bagi syarikat untuk membiasakan diri dengan kuantum
08:51
pengkomputeran dan bukannya menjana wang darinya.
08:53
Komputer kuantum memerlukan lebih banyak hasta sebelumnya
08:56
mereka mula melakukan perkara yang berguna.
08:58
IBM baru-baru ini melancarkan lima puluh tiga komputer padu yang sama
09:01
saiz sebagai pemproses sycamore Google.
09:03
Kami fikir kita sebenarnya memerlukan puluhan ribu,
09:07
ratusan ribu qubit untuk mendapatkan perniagaan sebenar
09:10
masalah. Oleh itu, anda dapat melihat banyak kemajuan dan
09:13
dua kali ganda setiap tahun atau mungkin sedikit lebih cepat adalah apa
09:16
kita perlu membawa kita ke sana. Itulah sebabnya 10 tahun keluar, di
09:19
paling tidak.
Apple was not mentioned because they'll wait this out and then they will come out with their own "innovation" and will be called of course Mac iQ
teo long apple isn’t in the enterprise industry anymore. Quantum computers will never be available to consumer. At least for now. It’s only in its development staged and even then will only be commercially used
@@austinverlinden2236 thanks Austin.
Austin Verlinden pe
teo long Don’t remember asking
@@austinverlinden2236 i mean, the same was said about microchips and look at us now
Holy crap... did CNBC just explain qbits, better than my other engineering/science channels 👏😉
Yep, main stream tv network infos even boring always tops anything on RUclips / internet videos. And if main stream tv network comes into RUclips, you already know they come in as the elephant.
@@rafijoarder Mostly because they have the resources.
@@rafijoarder not always. Not nearly always. but certainly this time.
Try Kurzgesagt - In a Nutshell, they explain quantum computing very simple as well.
No they didn't, because I still don't get it. I know that it's supposed to be "better", but I have yet to understand WHY. If a Qbit can be both 0 and 1, how do you determine if it should be a 0 or a 1? Classical computing is 1101 in and 10 out, from what they said Quantum is XXXX in and XX out. You don't know what your answer is, what your input is, or whether the output is correct because what if the Qbit was supposed to be a 1 and it decided to be a 0? Obviously it is giving something that is a reasonable output, so I assume that a quantum computer is "good", but it hasn't been explained properly yet.
This is like trying to explain smartphones in the Dust Bowl era.
@@AstroKitty16 many like me watch em to see the progress of the tech.more interesting than watching most things with your morning coffee
mcnuggs ur moms passy is a dust bowl
@@AstroKitty16 I mean, they didn't get any wrong. As CS grad-major I can confidently say they gave a pretty accurate explanation. The fact that you didn't even hit play means you can't possibly know if the content is correct or not. What exactly about this video is incorrect/objectionable/or misleading?
Or non incest
@@jose162204 most of it can be a lie and I wouldn't know.
I've still not totally figured my old DVD recorder out.
😅 same here
so you're telling me there's a chance....
😂
Jim Carrey, 🤣
'yyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyeaaah!
finally a computer that can properly run minecraft with shaders
Is math Related to Science
past play - gaming I’m related to my cousin but that doesn’t stop me
RaptorM82 hold up
That would be a quantum graphic card.
Dude this thing sent a signal over THE FRICKING MULTIVERSE
Can it calculate why I can't get a text back?
You dont need a quantum computer for the answer just look at the mirror.
Big oof
F
If that's how you look then please dont look for the answer
You don't need quantom computer for that. Even simple average person can comprehend why you can't get text back. You ain't got no game. There I answered your question
Seems like a first computer that fits in big room. Am i in 1950’s of quantum computing era?
@SugarDaddy1963 that would not be possible, we cant make deep freezers the size of smartphones my guess is that they would be on the cloud.
@@DanielNyong maybe we figure out a way to build smaller quantum computers by understanding how we wouldnt need cold temperatures.
@@DanielNyong You just need super conductors that works in room temperature, no ?
Sridhar Natuva just more technology that will allow governments to invade your privacy and curb your civil rights.
@@DanielNyong it is probably possible it just takes a shitton of energy and tech we might not yet have.
The one really important question: Why do quantum computers always hang down from the ceiling?
Like balls to be cool for heat of body
GLADOS
they don't.
Hensen Prove it
@@venceremosallende422 the D-Wave system was one of the first ones NASA and Google bought. geordie rose made it. you should listen to him explain the D wave. it's almost scary.
0:00 - introduction
4:25 - quantum
6:18 - how it works
8:37 - normal computer
13:46 - conclusion
Remember that when first invented lasers were described as a technology looking for an application. Now look, they are everywhere.
I'm pretty sure quantum computing is alot more hyped than lasers ever were and the engineering challenges much bigger
@@charmander777 Lets get past Absolute Zero! then there may be hope. The energy alone will be a killer!
Good point there.
@@charmander777 they can do all the computing on the moon and use the helium3 and plutonium to cool and power super reactors that spill radiation all over but who cares because its the moon.
Don't be frightened by evolution. Expect massive technological chances in the near future.
I acctually had an internship where I made parts for these things. Its so cool to see a whole bunch of these things in 1 room.
Lucky
@@07Akash10 hard work and dedication*
Kk grote vis
@@TMEG94 STEEK EM IN Z ERUG
@@jonathanng138 while I definitely luck does play a huge role in the world you can completely luck your way into an engineering/science field lol
The world is basically separated into "humans" and "scientists".
From my experience there is also a communication problem between them.
"Humans" and "rulers"
the scientists are just a few pawns more
The scientists are at the end of the day the ones with the realy important secrets that cannot be simplified without losing vital information for less knowledgeable minds of the general population.
Especially today where society is leaning more away from logic and more towards emotions.
If you want to communicate science these days it has to be 80% emotional appeal. Just look at climate change.
Dam straight the only way to progresss is to cut the bull crap out and use facts and logic and neither of those care about your feelings.
The issue with climate change is that it has been so entwines with politics that finding the solution is often so complex due to the lack of knowledge of the general public that they will say it isn’t a solution and there is no solution there is just ways of slowing it down.
@@gmarefan ok boomer
Legend has it GTA 5 can load in 2.25 seconds on this computer.
I know this is a joke but i honestly think it would load instantly.
@@liamluke347 it loads slowly not because you have to load a bunch of things, but because the net code is trash, doesnt matter how fast your pc is
@@knyt0 so you're saying that even if my pc is a monster gta 5 will load slowly aniway?
I wasted 10.000 dollars on nothing :(
I hate you :'(
@@darklex5150 it'll be faster for singleplayer, not for online though
@@knyt0 but i bought it especifically for the loading times.
:(
Google: Quantum computing.
Meanwhile, titles are out of sync!
12:49 Cisco having quantum encryption as an option would be ok i guess, but could they start with first not having NSA backdoors? Just a thought ^^
Is Cisco known for creating backdoors?
Gregory Malchuk we can't be sure but looking at the Snowden leaks it's hard to say that those Cisco vulns weren't intentional
@@gregorymalchuk272 till Snowden made them public many were only known to the NSA i would assume. So to be fair, perhaps they themselves didn't know. Then again we know from other companies that the NSA approached those to keep these open. I can't say for sure if they were intentionally created, for that my understanding of that area of expertise is not sufficient.
So the only once really known for creating such backdoors are security agencies around the world to spy on their own citizens or onto those of other countries.
Better question may be, is Cisco known for closing these backdoors? Again i have not sufficient information to answer that question. Perhaps others could provide some insight here.
I really appreciate this video laying out the timeline for quantum computing instead of the optimistic stories about robots and artificial intelligence. The part about simulating molecules was interesting and I have heard about IBM using quantum to find new battery technologies
It was weird hearing the vinyl needle scratch sound while seeing a reel to reel tape machine.
Frank O whoever edited it must’ve never heard a dirty head before
The real geniuses are the ones that got funding for this decades long project requiring no deliverables and allows them to play in a lab all day long and get paid for it.
Gotta start somewhere. Like space travel, right? Or medicine. Or metallurgy. These are all time-sinks. Someday...
What makes you think they dont have deliverables and get to "play" all day?
@E. W. Buy google stock and retire early
Companies have limitless oceans of cash. Plenty of justification.
10:40 I love how he simplified it. Thanks!
Question: if a quantum computer can figure out an answer that takes a super computer a projected 10,000 years, how do we know that the answer is correct?
Im the answer to that question
Experiments
By testing the answer. For example humanity is stuck for decades on curing some deseases like cancer, if the computer tells you the answer you just test it in the real word if it’s correct.
How many times did you try solving some kind of puzzle and after you solved it the answer is so simple and easy. Now make the puzzle a million times harder but someone tells you the answer. This computer tells you the answer directly
Mark Thanks. The answer to my question was easier then I thought
Just ask any woman.
This is amazing. I really hope it becomes the technology of the century, and that it does not remain the tech of the future.
Quit copying what the narrator says...
Trvp visuals what😂😂
It would be awesome...no more politicians just computers
@Schmelly G. we will run out of helium right when we start to depend on quantum computing
Are you so excited about the FBI and NSA having the ability to spy on everything around you??
The only thing that stops them from cracking every encrypted data in the universe is the lack of powerful computers that can brute-force such encryptions.
Observation: Constantly showcasing various numbers in bold black font with a marigold background will always look like a p**nhub logo.
Is this a HK-47 reference
Explanation: We are all HK droids in one way or another
Just say the word dont be shy
Interesting video on the topic of quantum computing. I appreciate the clear explanation of the technology and its potential impact on various industries. It's exciting to see the progress being made in this field and the possibilities it holds for the future.
"A completely arbitrary mathematical problem with no real world application" So basically every math problem i solved from kindergarten to high-school.
I feel that.
I wonder if it can answer why Jenny has 62 bottles of dish soap
@@hexados7479 because she's a he
Tell this to your boring teachers. Many people use math every day and most of them are not scientists or mathematicians.
@@SirThreepio math teacher
This is what excites me as a budding software developer studying A.I. I'm immensely interested in the possibilities fully harnessing this technology could give us to that end and many other fields!
Quantum machine learning is a huge and super fascinating area of research - definitely something to read up on if you have the time and interest!
*But,* can it run crysis ?
No.
Absolutely not
No
yes but only if the game is as frozen as the qubit chips.
Yes. (Eventually.)
Regarding "Google's scientists" just make freaking Goolge Chome working well for a start point
Not many have realised that qubits are analogic entities...
Also, in the '80s IBM was using Josephson junctions (supercold niobium-tantalum) to achieve 2 GHz of clock speed, at a time when silicon junctions were operating at 4.77 MHz - yes, the 8088.
Thanks for the video...
I think these qubits actually are in three different spots in three different forms of matter (liquid, solid and gas). These states are going in and out of our observable dimension (why it can be in multiple spots at once in three forms). Since it’s in all forms it allows it to form to whichever is needed to perform that task at hand. When we freeze or keep the qubits at almost absolute 0 only slows down the process of it going in and out....
Finally i can run minecraft on full settings.
Mozart is interested in quantum computing... WOW
Yes you can
I'm not sure you understand how true that statement is...
With a practical working quantum supercomputer and an accurate algorithm to simulate protein folding...
@@Anon-xd3cf you sound like one of those people who knows joe. He's a smart guy
At that compute level the game will run you on full settings
I remember when University of Toronto removed the roof of their computer lab to install one of the early versions of the Cray. It was lowered into place with a Sikorsky helicopter. Now my smartphone rivals its power.
The real hype is that qbits ultimately depend on waves, to exist, before they can even be used to do anything.
But waves were first observed in the 1600's, at the macro scale when Huygens became the first to attributed waves to the scale of light. But in the 1960's, those macro scale waves were all analyzed to be found to be artifacts. Ask any marine engineer. So Huygens attributed an artifact, to the scale of light and that is what has been used until the 1920s when that became a problem, or did not work in the 2 slit experiment. So that was added to by wave-particle duality to try and make waves work; but notice that the waves (known to be an artifact) was still in that mix. That still did not work so it was converted to wave-function. But that also did not work, and notice that waves, an artifact, was still in that mix despite being known to be an artifact. That is why waves interfere with qbits, both of which depend on an artifact, thereby nullifying each other by being dependent on that artifact. An artifact can't be made to be a non-artifact or into a mechanism by using math or anything else.
They need to have the quantum computers working in a stable fashion. For the time being, the time when the state of superposition is kept in sync between the qubit and the output interface, is very limited. If this is not sorted, quantum computers will remain an expensive toy, good only to sustain speculations of any kind.
Google Sycamore still not enough powerful to run Chrome properly
Firefox
@Lucas Zhu nerds... poor sense of humor
And this is how humans give birth to AI, to the gods
Andres Rodriguez No. A quantum computer can calculate nothing better or different things !!! as an usual. The algorithm are even harder to invent and for most cases it’s not even sure if algorithm are possible to construct at any time.
AI is a myth. There is ALWAYS a human being behind the tech.
I don't think that current Neural Nets have proven to be a good application whatsoever for QC. At least not yet?
@@nachannachle2706 AI stands for artificial intelligence. Its a myth that the intelligence of a computer is artificial?
@@nachannachle2706 Artificial means man made, so the name means intelligence made by humans, where is the myth?
"Wall Street can use it to optimize portfolios" Oh sweet Lord no!
Why?
Lol... this aged like a fine wine. Currently- wallstreetbets exposing corruption in the market.
10:22 - woah- Devs tv show really did their homework...makes sense some of what was going on in the show now listening to what Bob Sutor was saying...
Need that for gaming, please. NOW
Since cellphones are at the peak right now, I imagine that the next generation of phones could be build with quantum computers. But I can't imagine what the average consumer could use them for
It's ridiculous that the advancement of our species only goes as far as the interest of investors and potential financial opportunities.
But when you look at how far we have come, maybe it's not so bad after all.
We need to use this vast computing power to achieve biological immortality and tissue regeneration.
I don't see you inventing something unique for charity. Other than complaints of course
This really is the 20’s huh, damn
The future is now.
the future is now old man
I hope they make a cure for aging like nanotech or a pill or something. I'd prefer nanotech
so, in this computer am i be able to run red dead redemption in ultra mode,10 tabs of chrome, adobe photoshop, adobe premiere pro, watch dogs 2, bluestacks, crysis 3, metro exodus, and microsoft word at the same time ?
One method is by using quantum elements to obtain it, using the cooling method. The other one is using numbers outside of 0 and 1.
The practical problems a quantum computer can help solve might be those that are intersectional such as natural languages and the dynamic contexts of conversations where meanings, their understanding/interpretations are unpredictable. The societal problem of communication or the lack there of due to the ever evolving conditions and initial thoughts might be a challenging enough problem that needs capabilities beyond the classical, I think
Sounds like quantum computers are exactly the weapon AI needs to destroy humans
To finally manipulate our mind at the quantum level, whether to make our lives a real pleasure or the worst of the unimaginable torments,
worse than the apocalypse in the bible.
Lol ignorant idiots on youtube forecasting doomsday LOL
Mind meld with me and become one Borg like - resistance is futile - upgrading compulsory. AI will stimulate parts of your brain most pharmaceuticals can't touch and give you intelligence 10000 more powerful than human. Seriously if you become a Borg person with AI + a quantum computer chips: trust me YOU will NOT be the one in charge even if it is part of your brain.
@@Jericho93py MUH QUANTUM SPACE LEVELS USED BY THE ETHNOSTATE DEEPSTATE FASCIST STATE GOVERNMENT
QC, cold fusion, immortality, star trekking, and AI all are close to fiction.
Quantum Computers: Wall Street to be able to use them to optimize portfolios (i.e. be able to rip off Main Street with alacrity …)
bang on ma man
@Star Trek Theory Where do you people even come from...
@Star Trek Theory I had an internship where they make these machines and can tell you they're very real
@Star Trek Theory We made the cryogenic coolers not the chips, and shipped them to various universities and companies.
@Star Trek Theory Bending not Breaking.
Dang that’s a lot of gold on that comp
Quoted from the video "there are some simply astonishing financial opportunities in quantum computing". My thoughts... When will humans realize that money and power is worthless in comparison to living a life full of natural experience and human interaction? I would like to see humanity put it's efforts to building stronger communities not richer communities.
I was more shocked to see IBM around than Quantum Computers.😂
Enrique Really? 😆😆😆😆😆😆😆!!
Enrique dfarq.homeip.net/what-does-ibm-do-now/
No. IBM makes, services, and supports minicomputers and mainframes, which are relics of the past that are still very useful for many applications.
IBM does NOT make Macs. They DO use Macs in their own offices, because most of their office staff prefer Macs to Windows based systems.
IBM sold their microcomputer business to Lenovo, which is now the world's #1 microcomputer company. www.pcmag.com/commentary/334149/10-years-later-looking-back-at-the-ibm-lenovo-pc-deal
The first computers I ever used were IBM PCs running PC DOS with 8086 and 8088 CPUs. How times have changed!
@Enrique They deal with enterprise level products more...
Enrique You seem to be very tech illiterate
Edvin Tabakovic Or else he's just joking.
I can't wait till one day the human race can simulate a caffeine molecule.
What does that even mean? Simulate a caffeine molecule ?! Like a 3D simulation to it or what?
Kazo Mazo watch the tv show devs on Hulu that’ll dumb it down more it’ll make you think god is a quantum computer
@@kazomazo6646 It would let scientists model all the energy states of the actual molecule. Take a look at the Wikipedia article on the hydrogen atom to get a feel for what's involved for even the simplest atom. If you could model drugs and their receptors you could accurately design new drugs without the lengthy, costly trial and error necessary today, never mind making huge strides in understanding how biology works.
If you simulate the caffeine molecule can you inversely simulated the decaffeine molecule?
@@kazomazo6646 yeah u buy one machine not food
That thing looks like something that came out of the late 1800's.
Steampunk
so where's the screen? does it hook up to a mouse and keyboard and monitor? can it go on the internet and go to Facebook or does it only run certain programs?
Australian / Dutch research team just worked out how to get them to work at 1.5 Kelvin instead of 0.1 Kelvin. Doesn't sound like much but it brings silicon into the mix and much cheaper cooling.
"And we can solve problems plaguing businesses for decades"
The “quarky” nature of quantum physics
There is a right hand and left hand shadow universe as we name it
all puns implied
@Star Trek Theory photon teleportation says otherwise
@Star Trek Theory Really, do know what is G & S Relatively?
@Star Trek Theory Or the law of Light
Happy I’m studying computer science, this is dope.
I believe that the best designs for new systems such as the quantum computer, motors etc etc, are in the field of neuroscience, because the best designs of systems of any type are in the design of the systems in the brain itself, from micro to The macro, the key to materialize these designs is in the superposition of quantum physics with neuroscience, the more they interact, the more optimal the results and their applications will be 😉✌️👍
Honestly yeah, this was the best explanation I've ever gotten about qbits and quantum chips. Great work, CNBC! I only have one question. What the heck does it mean to "store" a caffeine molecule in a computer?
I think it means spilling coffee on your keyboard
adtc I believe he’s talking about simulating caffeine molecules on a classical vs quantum computer
It looks like the thing from steampunk films.
A couple of years ago, Wired referred to a quantum cryostat as a "steampunk chandelier."
All new technologies can be useful tools. As the one gentleman said we'll need to be prepared to harness this new tool when it appears. Good report thank you.
I have a quantum toaster at home.
The toasts don't jump out of it.
They just... stay there.
Everything is so much cooler
when you put quantum in front of it...
Quantum computing is interesting for the computerindustry perhaps as also gallium nitrate, graphite, lead, photosignals and lightsignals. Combining those the computerindustry can perhaps fabricate faster and cheaper. Thanks for showing.
Really nice and informative video. Thanks for this great content. You earned a subscriber. Keep up the good work.
I think quantum computers are the future.
But I also think they aren't the future.
Well they are the future and they aren't the future.
They are the future but there will be no future....
I think they are a load of BS hype.
They are the future but never the present. Get the joke?
oh god HERE WE GO *head explodes into nuclear fire*
As Einstein once said, an intelligent fool makes things more complex.
Definitely feels like what is happening here .
This wasn't Einstein, it was in E.F. Schumacher's 1973 book, "Small is Beautiful: A Study of Economics As If People Mattered".
Imagine stepping into your room and it’s dark. You walk around slowly with your hands out as feelers but you know more or less where you’re going.
Now imagine the lights coming on for a second, enough for you to get composure. You continue this until you get what you wanted from your room and leave.
If you’re a quantum computer the light is both on and off at the same time but you’re in a different room.
How much easier is it to find the “blue bottle?”
@B. Allen It gets to a point where dumbing down complicated things does not help more, just introduces more things for the imaginary to try and link what is what to the real world system lol.
@B. Allen As in: taking us on a mental wild goose chase doesn't help more.
Edit: rather than introducing more things for the mind to keep track of just explain quantum computing - perhaps with more simple terms, but not out of context scenarios like @interloop did.
I once described quantum computers as trying to design a human brain .
And the reason l explained it in this way is because the errors and the way a qubit is designed has a close similarity to the way a human brain operates.
Schrodinger's cat comes to mind when trying to explain some of the issues that quantum computers experience.
It may never be possible to build one 100% error free .
It will NEVER be error free, because it was made by man...
I'm a pessimist... Schrodinger's cat is dead... ;-P
Which operating system is compatible with quantum computer
axtually, Quantum computing would really take Doom to a new level.
Now I can lose at chess 1,000,000x faster!
so It's a yes or no, or a maybe, a computer that can guess.
Jade lee guess very well
A computer that can guess on its own and cancel out wrong solutions in a matter of seconds.
No. That’s a Nondeterministic turing machine, which is not quantum. Quantum turing machines are more like computers that can guess correctly with some probability
Will they be great for gaming tho?
This is the best presentation of why it is important as a research project to understand the Calculus of Holographic Principle Image condensation modulation Mechanism.
Quantum computing is “spooky” science...
That's accurate.
Not if you actually know anything about quantum physics
X000S “spooky science” is how Albert Einstein referred to Quantum science.
@@eduardoramirezjr4403 It was spooky then, but not now. It's only recently that more people are finding out what we we've been doing with quantum
“Spooky action from a distance”
Micro-dosing magic mushrooms IS opening scary creativity.
Subtitles aren't synced up to the video
Try Auto generated from RUclips. That's better
The frames I see these quantum computer standing in remind me of the Fisher Technik I had in the past.
Remember how we had just a few kilobytes of data in our computers? This time we are starting from 50.
Could quantum computers improve Martin Reynolds’ internet connection?
The computer is not the connection
Imagine using it just to play far cry 2
You have captured the diamond.
It’s gonna be used for that my guy. That’s probably what people thought about games for the computer 😂
Maybe we can finally cure our malaria with this
DJ Artyom Stream games from one computer and have a hundred people play it at the same computer
Quantum Computer + AI = Skynet
And. We become resistant
Exactly
Why is this a bad thing?
@@Kazilikaya he just described the movie Terminator, AI starts to fight humanity
Quadhydra Algorithm is the operating architecture for the Quasar Ultracomputer
In a nutshell, if you enter a problem into a quantum computer as a string of 1's and 0's, it will re-arrange them in such a way as to optimize its quantum state. If these 1's and 0's represent an initial non-optimized state of a physical system, the result will be the optimized state of that system. Therefore quantum computers can solve optimization problems in a fraction of the time compared to traditional computers.
*Introduction:* Talks about genius level cutting edge science.
*Then:* Flexes by laying down the partial fraction _1/5._
But can it run crisis?
The remastered one? :)
no
This is far greater than my mind can comprehend
No. You have listened to people who don't know what a quantum computer is, but have tried to explain it anyway.
The core matter is extremely simple; you only need to grasp the nature of the Schroedinger equation to understand what is a superposition.
I'm falling in love with computing all over again
Is it available on Amazon ?
I wanna but it.
Terminator started the Artificial intelligence fad lmfao
"Nuclear fusion destined to always be the technology of the future, never the present". Ah.. fusion bomb has been around since the early 50s.
Fusion Bomb? You mean Fission?
@@subverter1.188 Fission was around in the 40's e.g. Hiroshima, fusion came in the 50s, a.k.a. H bomb.
@@robertwhitten265 I was going to say all of them use fission. A hydrogen bomb uses initial fission to trigger a chain reaction converting to fusion energy.
I think she meant controlled Nuclear Fusion. We have never been able to control the Fusion process as we did with fission, which facilities it usage in the production of electricity.
I talk about this in my latest video .. the trouble (as I see it) is that a quantum computer with 50 qubits is very powerful in a very specific way. In order to get a boarder, more generalised quantum computer, we are going to need 1 million ish qubits (so they say). Can these things scale or will the atoms start acting up and proving impossible to scale?!
"It replays each of the days, 100 years of routine
bows its head and prays to the mother of all machines" -Rush
Can you calculate how many flops it can do? And what is it’s processing power per qubit
These animated illustrations are amazing.
I love how advocates plug this technology under the guise of problem solving but we know perfectly well that they will create more problems than they solve, including human redundancy
So true!! It's a blind dive into human misery. No need for machines to solve human problems...
When will Joe Blow be able to get a personal quantum computer?
Decades