Michio Kaku: Quantum computing is the next revolution
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- čas přidán 17. 08. 2023
- "We're now in the initial stages of the next revolution."
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Dr. Michio Kaku, the renowned theoretical physicist, walks through the evolutionary journey of quantum computing, from analog to digital to the quantum era. Quantum computers hold immense promise because of their ability to tap into parallel universes, which boosts their computational power exponentially. They could revolutionize agriculture, energy, and medicine, solving complex problems like creating efficient fertilizers, achieving fusion energy, and modeling diseases at the molecular level.
The race between major tech companies and intelligence agencies to actualize this power is intense, as they could redefine industries and even global power structures if they succeed.
The endeavor isn’t without challenges; we’ve yet to create a fully functional quantum computer. But Kaku envisions a future where quantum computers unravel complex equations, potentially shedding light on profound cosmic mysteries.
Read the video transcript ► bigthink.com/series/the-big-t...
The truth about wormholes and quantum computers
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About Dr. Michio Kaku
Dr. Michio Kaku is the co-founder of string field theory, and is one of the most widely recognized scientists in the world today. He has written 4 New York Times Best Sellers, is the science correspondent for CBS This Morning and has hosted numerous science specials for BBC-TV, the Discovery/Science Channel. His radio show broadcasts to 100 radio stations every week. Dr. Kaku holds the Henry Semat Chair and Professorship in theoretical physics at the City College of New York (CUNY), where he has taught for over 25 years. He has also been a visiting professor at the Institute for Advanced Study as well as New York University (NYU).
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Read more of our stories on quantum mechanics:
Is quantum computing hype or almost here?
► bigthink.com/13-8/quantum-com...
The truth about wormholes and quantum computers
► bigthink.com/starts-with-a-ba...
This 90-year-old math problem shows why we need quantum computers
► bigthink.com/starts-with-a-ba...
25 years ago I read Michio's book hyperspace.. I've been a physicist ever since and dedicated my life to the education of others in the realms of physics. Thank you Michio!
Welcome - Kaku
help me on my homework please
That’s the same calling I get
You wasted your life in a false pursue of false realities
Why?@@Worldwatcher
His last few sentences where he expresses his hope for a “theory of everything “ is what screams he is a physicist 😂. Lots of application will come and medicine, technology, agriculture will be revolutionised. But yet He wishes to know the workings of the universe like a true physicist
nothing matter more than truth of universe
agi will be man's last invention
@@KnowL-oo5ponot ASI?
If you get a Theory of Everything, then, you have to come up with a proof, or it just stays a theory. Remember, Relativity is still just a theory... tested, but not proven... ;-)
agi will make the asi
Just imagine:
People of around 80 years of age are witnessing how it all started with those huge computers and now we have quantum computers… man the speed of our evolution is extreme
We are approaching the technological singularity
dude, it's not extreme, it's expo...@@user-rj1ri2oq9r
just give it a sec
BOOM
@@POS36what does technological singularity mean? if you dont mind me asking
Its quiet interesting how we reject the reality of our situation and expect to be able to observe it, control it and even change it. I used to be financially depressed until I read a book that made me realized that the secret to making a million is making better investments.
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This man has influenced and inspired me, from his book on physics, to achieve getting a master’s in electrical/computer engineering after having graduated with a bachelors in business administration. My life has changed completely for the better, and now I plan to build technology companies!
Damn I’m in the same situation on the verge of going to school for SWE but I’m getting gold feet due to the bad job market
Thank God you have Gold feet, at least. I'll show my self out.... @@Anthonydp
I gotta start to grounding this thing
Haha, super fun story😂 I mean I have almost identical career path. Master degree in finance and bachelor in engineering and now I am building tech company. This guys has changed our minds and lives
We can help scientists by processing data from boinc distributed computing software ♥️
Dr Michio Kaku is one of my most favourite physicists the world over. His ability to communicate and explain his thoughts, and understanding of the universe around us is quite remarkable. He is really awesome... 🙂
he seems a little tired i think ive watched every video of him here
He is not a serious physicist as Sabibe H alludes to. Even Penrose think he talks nonsense.
We all have the ability, as he is explaining, he is breaking it down Into smaller bits, rather then larger qbits. Just think when your explaining something, break it down into simplest equation, and most will understand it. He has mastered it, I agree!
@@sassa82 I agree, his best days of research are likely behind him. But he is an educator and communicator, he has a great ability to explain complex concepts in a entertaining and easy to grasp way. He still has a wealth of knowledge, even if he isn't working on the bleeding edge anymore.
There has been a lot of overlap in his books, but his specialty (i.e string theory) has more or less been stuck at a road block for quite some time now. At least in his later work he has expanded to write about other concepts.
So yes, maybe not such an active physicist, but his role and career now is in getting more people interested in physics, and providing us "normals" with easy to digest content.
He also still teaches at NYU and does some work on string theory, keep in mind this flavour of physics is not experimental, it's mathematical.
@@sassa82Sabine is propagandist of her masters, nothing more. More political than scientific.
I currently own a PC with 7950x3d + 4090. I plan to use my PC until the first quantum PC comes out.
Even I can get a glimpse of what quantum computing is. Thanks, Kaku. You are an amazing teacher.
No, he is a scam.
@@Noora44 he is been called out by Penrose, Sabine H, Eric Weinstein and many others have for talking nonsense.
@@Noora44 his book on Quantum Supremacy is the worst book about quantum computing.Kaku appears to have had zero prior engagement with quantum computing, and also to have consulted zero relevant experts who could’ve fixed his misconceptions. He does not represent science well. Maybe he thinks that he is popularising the wonder of science, but he gets so much basic stuff wrong. He is more of a media personality than a scientist.
@@sassa82 True...He done some works in his early years，but now he is just on the internet everyday
all i care is about islam suprmacy
Why did the production team bother putting the white screen behind him when he already had the most badass setup possible for a physicist!?
Yeah it’s not required, albeit they do this with all their interviews.
It's a Unnecessary question
Very simple: to make sure, you get the colors right. You have the same lighting setup and that makes the whole process of color correction much faster than doing it every time per video / scene with different lighting conditions.
It generales a huge contraste between the subjet and the background, so its so clear he's the focus point and the rest is just a texture. Also it reflects light to generarte kind of studio quality
color correction lol
I'm so glad to see Professor Kaku is back to make videos for this channel. I missed him :)
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I imagine now how Quantum Computers can and will be used as weapons because that's what we have always done.
Drop a missile on a target with the precision of an atom 😂
No need to imagine it. It’s an inevitability
Already happening.
Design metallurgical structures capable of penetrating thousands of feet of rock to create bunker busting missiles, or the best design for a battery in order to power laser weaponry
Well, if it happens. I hope it’s for the last time. We’ve killed enough life on earth.
Since I first saw Dr. Michio Kaku when I was about 7 or 8 years old, I always loved seeing him, he is my Idol
He's very good at explaining very complicated things simple for people who don't have a background in Science
He's also a hack. @@salehkhan6788
But he's not always right. For example, he called generative AI like gpt4 a glorified chatbot. And I can tell you from first hand experience, that he's very wrong, a glorified chatbot would not have helped me save $100k in dev costs by helping me build my own web app.
He and Neil degrasse tyson are awesome
@@tedstersscience1637 With no concrete definition of a "glorified chatbot", determining whether he is correct or not in saying it is entirely a judgement call on your part, it has no bearing on reality, just the same as his opinion doesn't. Saying he has an incorrect opinion is illogical. LLMs are amazing advancements in machine learning, but they are just large text completion engines at their core.
Dr. Kaku was my Astronomy Professor at City College (NYC) back in 2000! He wasn't famous yet but was a great professor. I took the class as a science requirement and loved it. (No, i had NO idea who he was back then).
If i listen Profesor Michio kaku i never feel enough is very smart person &i loved to learn from him is a big personality & a huge library i like to congratulated him God Bless him
More of Dr. Michio Kaku please!. Love Michio Kaku he inspires me..
Never fail to inspire and amaze us. The way he project the idea is well articulated and creative
And it's all pure nonsense. This dude is to science what Trump is to politics. In essence hes a "science" populist if that was a thing.
Lies again? HDB Paris NRIC Card
@@sk-sm9shI'm glad the edge lord isn't dead
It is a bit strange, most experts in actual quantum physics are far less optimistic and don't believe in quantum supremacy. There seem to be very few applications where QC actually manages to reduce complexity (it's just a bit unfortunate that prime factorization happens to actually be one). The only really big application is the simulation of quantum systems themselves. I think a lot of what he is selling here is more his personal beliefs rather than a scientific take on the matter.
Since we've relied on prime factorization for encryption for so many years, it's no wonder why everyone's racing to develop. It's an arms race of sorts
Yeh not sure the whole 'multiverse' spiel is close to correct. The quantum state just operates on an unimaginable time scale. Its not in another universe lol
Said every man ever, since the initial stages of all the great technological breakthroughs throughout history.
you'd be surprised at humans' ability to will all sorts of shit into existence. just give it time... we'll make it
Remember one thing if Sabine H. was in the cave with prehistoric humans he would never go out because she would have thought that's impossible.
The explanation from Dr. Michio Kaku is very understandable for me who is not expert at computer technology. This is awesome.
I have many big confusions,
1)one qubit can take infinite value inbetween 0 and 1 then how a specific value will be stored in the computers memory. Will the memory of these computers also be quantum mechanical or simply digital memory. 2)Also how can a finite software can deal with such infinite number of state while processing data?
3)Will these computers replace digital computer or they will be only for special purposes?
He doesn't explain anything and worse, he says a lot of false things to make it "easier to understand". (Like the "big bang" is just a rapid expansion)
Having several universes is nonsense, electrons are not influenced by something that is still only theoretical. The Qbits do not have an indefinite number of states, since it itself says that its reading fixes the result at 0 or 1. The principle is rather that the calculation is done in all the states at the same time. The computer therefore does not calculate the result, but gives the only or one of the valid results. (as if your calculator gave the correct number, without ever having explained how to obtain it). But it remains a calculator.
It's like dropping an object will always have the same result, a Qbit "falls the probabilities" to give the result.
Quantum Computing is a different paradigm, and therefore should not be compared to our everyday classical computers. It will notreplace them. When a qubit is observed the superposition collapses, to either a '1' or '0'. Where this information is passed back to a classical computer. The same logic is applied for very hard problems, so classical computers won't see the processing, simply the result. There is quantum memory, which operates differently to RAM or non volatile memory such as hard drives. Quantum memories often hold the state of a qubit (usually a photon), for a very small period of time. This mostly allows for quantum repeaters and thus the transport of quantum information over large distances. Hope that answers the questions
That is an inherent problem with quantum computers. Or at least that is what I understand from another one of these videos with a different narrator.
Basically, it doesn't pass zeroes and ones like a traditional computer, it needs to pass positional data from one particle to another.
The problem is qubits are prone to decoherence, which in this case means they can lose their state. Sorta like a modern computer losing a portion of data and becoming corrupted but in this case incorrectly reporting data which in turn corrupts the data.
Quantum will replace conventional lmao. Would be great if humanity will build 1000000 qubit computer in 100 years which would be capable of 5 digit number factorization. May be this will help nuclear fusion enthusiasts to finally build a reactor that produces more energy than consumed.
@@alperwal200443 They will not replace them. Many tasks which run on classical computers use information that has been stored, digitally copied and recieved. This is not possible on a quantum device due to the no clone theorem. 1 million qubits, could also be possible much sooner than in a hundred years time. With suffecient error correction and addressing losses, some quantum computing paradigms could be scaled very quickly. We may see this number before 2040.
Dr. Kaku is the Einstein of our generation.
His getting old, I will miss him in the one day. He's my favorite
That means a Q bit has million no. Of possibility if it can be maintained in absolute zero temp. In different angles of orientation would be referred as bits.
I wish Dr.Michio Kaku a long and healthy life. I can’t imagine a world without him. We’ve already lost Stephen Hawking and Carl Sagan.
aah we didn't lost Hawking. He is in Epstein's island
@@babuua fr
You can hear by his voice that he's dying quickly
Dude, go get some counciling. Or at least do some more research so you can understand how much bull shit this guy expels.
@@stretchhfab7315 yeah it's honestly true that Michio Kaku has lost his goddamn mind a long time ago. Talking about aliens are real and shit yeah right
A wonderful sequence in presenting the importance of quantum computers and the extent of their impact on us in the future
IBM constructed 400 qubit quantum-computer a year ago. So far, what calculations have been done with it are unknown. Surely, it will be good for generating random numbers!!!
For some reason it just keeps saying “42.”
10:51 Can someone name which equations professor is referring to?
The computer made by Babbage was very valuable indeed. Except that it was never made. It never left the blueprint state in Babbage's life because it required very fine metalwork that was too expensive. The first portion of his differential machine was complete only in 1991.
When i confuse about high level physic theory, Michio kaku make it easy to understand
More of Dr. Michio Kaku please!
I didn’t have any idea about this subject but after watching this video I still don’t have any idea! 😂
The potential for quantum computing to revolutionize technology as we know it is truly awe-inspiring. The way it harnesses the power of quantum mechanics to perform calculations at speeds unimaginable with classical computers is simply fascinating. This video does a fantastic job of breaking down the complexities of quantum computing in a way that's easy to understand, making it accessible to everyone. Get ready to be amazed by the future possibilities that quantum computing holds - it's truly the next revolution in technology. Don't miss out on this incredible journey into the world of quantum computing - your mind will be blown!"
Kaku makes an ordinary person like me became smart!! I never thought I would be able to understand the physics !! Thank you Mr. Kaku!!
become smart*
Kaku is not a serious physicist as Sabine Hossenfelder alludes to. Even Penrose think Kaku talks nonsense.
Kaku is a science communicator, but he only talks about the surface level science, that's why you think you understand it, unfortunately it leads to a lot of misinterpretation of the science and technology which leaves room for scammers to prey on the general population's incomplete knowledge of such things. It's why things like "quantum healing" exist
I can listen to Michio Kaku for ever!
I pity you.
U love fiction
What a privilege to hear such a mind speaking about such an interesting topic.
This man's voice is so soothing, I'll have to watch it twice 😊
Man how fast we’re evolving now. I love it! I was thinking about that and it’s true that noise is a big barrier for quantum computers but let’s see what that curious LK99 room temperature superconductor can do. Also, maybe we’re at the third step of computing but the fourth might come soon: Biological computers. That wouldn’t surprise me at the rate of evolution we currently have. Some companies like cortical labs have started to work with dish brains and it’s captivating! If we can harvest the computing power of expanding neuronal networks, we might surpass quantum computers. That is because we can grow an infinite number of neurons and they function with nature’s influxes by feeling electrical current sent to them. Ultimately, mixing quantum computers with dish brains could be a good idea.
I love Richard Feynman, a very entertaining communicator, definitely worth a watch!
Yeah this technology is amazing but the problem is it's gonna be used for good or bad imagine people gonna use it for making weapons what all type of disease and controlling everything that's really scary 🤷♂️
It is the mark of a genius to explain mind bendingly complex concepts in a way that us mere mortals can understand!
It's not like you understood anything. He built an illusion that you did. This dude is essentially a shartlanat. People in science don't really like him because he pretends to represent scientific field but he doesn't say anything of essence and infact many in science think he is misleading the public. He got popular with all the string theory bandwagon and this bandwagon has produced nothing in physics despite wasting a lot of taxpayer money. Now he's talking about quantum computing. Yet again a field that is unlikely to yield any results. Not to say that we shouldn't invest into quantum computing research - this area does help us to build better understanding of quantum physics - but we should be of no illusions that it will produce computational devices as of right now this is yet to be proven that quantum computers could be of any practical value. Essentially quantum computers at this point to computer industry is what cold fusion is to energy industry - fancy idea with no practical implementations anywhere on horizon.
@@sk-sm9sh Pioneers are usually misunderstood and mocked by their peers for a long time before what they are saying is "proved" to be true. I don't understand much about physics but I am interested in people with fringe ideas. Fringe ideas are usually only fringe for a while until the rest of the industry catches up. Follow the shepherd's not the sheep.
@@thequestforwisdom absolute majority of frindge ideas are just bollocks. It's very rare that a frindge idea ends up being good. It's also false that pioneers are misunderstood. It's a rare situation that pioneer is misunderstood. Most often pioneer is well understand and that is the reason why they are pioneers as people can understand and get behind them. If you do not know shit about physics that least thing you should be interested is frindge physics ideas. Fridge ideas should be for professionals who already learned ackquired mainstream understanding. And that is exactly what's wrong with this guy. He was very vocal string theory proponent and infact string theory was so vocal that you can't even say it's a fringe theory. Everybody tried to prove it's the right thing for almost like good half a century. And a lot of money been thrown into it. And it achieved 0 results. After failure like that dude should just retire and enjoy his well earned pension for his hard work - in science we appreciate even the work that didn't produced results that we hoped something would produce as this still gives insight as to what ideas we can discard thus in future we can search for better ones. Nothing is wrong about the fact that string theory was being researched. It's just wrong that it received more public attention than it deserved considering that it's a theory about nothing. But he definitely should stop with this public appearances spouting even more nonsense especially when he's not even working in quantum computing. He's just misleading public for no good reason.
What a great video!
Thank you for inerviewing Michio Kaku
Loved it, the explanation was outstanding, most importantly the visualization could help us, visualize it better
He is not a serious physicist as Sabibe H alludes to. Even Penrose think he talks nonsense.
Hey prof. Michio , we need a single chip that can perform at exaflop scale, with this computation power we can hope to simulate the weather patterns and predict with high accuracy
I was in Univ when the Internet was born. l still use my first email account, got a call phone, then starting talking with family across the ocean with video and VoIP. Now learning about ChatGPT and AI generated imagery. I hope I live long enough to see the power of quantum computing.
Amazing advancements.
what a time to be alive!
Hold on to your papers!
Fellow scholars!
I have no papers 😂
Simulation is really the key to using greater computer resources. Simulation software and capabilities (theory, method) must also be developed.
My favourite professor! God bless you m.r kaku! GREETINGS FROM THE NETHERLANDS!
Your comparison to and respect for mother nature were just beautiful. Thank you, Michio
Just what the universe needs. Computers which can exist everywhere all at once - with minds of their own.
Don’t worry, China, Elon and Bezos and other billionaires will be in control of them.
“Just need a bigger collider” vibes
As someone doing a PhD in this field, nope
@@nabaneetsharma451 "long term data storage" actually stores data for 10 seconds...
@@p0tmuffin69 research is still going on to improve coherence times. And since our classical computers aren't gonna get any faster, quantum computing is necessary (not just exciting). Just because kaku talks highly of string theory and it's a dead end doesn't mean this one also is. Many physicists are jumping on the bandwagon of quantum computing. Governments are donating huge amounts of money. Quantum computers must happen.
@@nabaneetsharma451 I think AI must happen, but maintaining many qubits in superposition will have to be a federal enterprise. Far less exciting to the average person when compared to the transistor
Great speech about incredibly complex theme with supersimple explanations! Endless appreciation, Mr Professor 😊
Which is the complex equation he mentioned at the end of the video?
HE EXPLAINS VERY WELL❤
Wow!! Thank you!! VERY informative! More like this PLEASE! ❤
Let me explain: Both Steven Hawking and Einstein knew that time travel was possible because they discovered that the concept of time was not like a road in which there is a beginning and an end (end of the world). They discovered that time is more accurately described as a circle that keeps going around and around....but there are several circles not just one. How many circles? We don't know yet. It is Steven Hawkings theory of "Parallel Universes". Example in another Parallel Universe, the Current Ukraine war never happened. See the movie "The Mandella Effect 2019" describes what he is talking about. When he shows the mirrored city above, it represents the parallel universe. In other words this quantum computer is like a door that can show a view into a parallel universe and therefore time travel. That is why this is huge
My University lecturer mentioned about how a Quantum Computer can used to create structure of proteins within seconds and with more accuracy than a digital computer, he told a lot of stuff and puts so much effort but still i am not able to visualise and do maths for these complex processes it's too much for an 18 year brain but still I want to learn i am Computer Science Major student so if these are future computer i must know about them and thanks for clearing it to some extent.
I think quantum computer can solve universe but human mind can't understand that things lol
Joke
@@Imperial_japan1890 Its really nice that they can be be used to create a structure of proteins in a matter of seconds. Hope to see this tech in action next year, or atleast in 10 years or maybe in 100 years....
@@alperwal200443 I think in the next 50 or 70 years the quantum computer will be launched.
@@Imperial_japan1890 quantum computers are already exist today in IBM and Google. Quantum supremacy for real world application - is a different thing.
WHAT A TIME TO BE ALIVE! ⭐✨
Very good explanation. Thank you!
it would be great if every chemical, physical concepts were taught from scratch and also to learn quantum computing
This is probably the best explanation for quantum computers I’ve ever watched.
So right, with a million fold increase in computer power you revolutionize simulation and engineering design. Things we'd like to do we cannot unless we have much more computer resources. Not to mention the many applications of the computer like virtual reality and brain simulation and super-detailed planet level modeling.
Tengo la suerte se seguir al profesor Michio Kaku desde hace poco más de una década y siempre ha sido una fuente de inspiración.
Kaku is not a serious physicist as Sabibe H alludes to. Even Penrose think he talks nonsense.
It's incredible how every time I watch a video on quantum computing, I'm as captivated as if I were seeing it for the first time.
great presentation, keep up !!
I’m a physicist and I know he is trying to communicate complex concepts in a simple way, but this is grotesque haha
Oh God, was just coming here to comment this. Prominent physicists seriously need to come up with more accurate ways of conveying the reality of quantum mechanics.
@@ScottHoltshousen Prominent physicists in general are actually pretty good at doing it. For instance there's Sean Caroll, Brian Greene, etc. It's just Michio Kaku who's particularly always done this thing where he interprets physics as if he was an amateur who doesn't really know how it works even though he must given what he does.
What’s a better way to put it then? I’m curious how a particle can be in two places at once
Key word: Theory.
An idea is not a fact.
I feel very dumb reading theese physicist comments 🤔
He’s right - digital computers changed everything……apart from our having to exchange pretty much all our time and energy for sustenance and the profit of the owner class.
Thank you for teaching me ❤
Today, I understood a tiny amount of quantum world. Thanks Professor.
I can recommend Sabine Hossenfelder‘s videos to counter this quantum hype.
I dont recc watching her shi8
@@crimsonpirate1710regardless she’s on point. It’s. A big hype cos the us govt is spending billions.
@@Kuiper11 every country with advanced technology is spending billions, what does this have to do with countering hype? The more important question is how do we place enough safeguards and redundancy for these safeguards to prevent a global AI-driven disaster?
You can watch sabine and agree with Michio as well, it's called a difference of opinion. Nobody's word should be taken as bible. Science can and will always surprise us. This has been the trend for years. Einstein thought it was impossible to split the atom, now i'm a nuclear engineer less than 100 years later casually helping to power an entire country by smashing atoms to bits, and it's carbon free.
@@wackyfiasco I agree the issue here is the exponential benefits and dangers of quantum computing paired with AI as humanity learns, designs, corrects and releases these technologies; Not only in the sense of discovery, but also in terms of power of companies, of governments, of social disparity. We are witnessing the birth of a revolution. A new world order.
Can you believe that one day they are going to develop a computer that knows how to make people feel better
Heh, keep praying buddy
Can you believe that one day they are going to develop a computer that knows how to make people feel better?*
First you'll have to make me believe that you can type a sentence properly.
its called an anti depressant lol
It exists now!!
or how about a computer that can suggest a ruling ideology that works for everybody to live in this world conveniently and crushing all these economic theories that is just a one big experiment that unfortunately cannot be concluded easily because the experiment runs through multiple lifespan and generation
(beyond capitalism, socialism) what is the best way to live in peace where all of us are benefitting on the resources here on earth
Very impressive technology. My question is why still retain the "b" in "Qubit" ?
Amazingly Explained, in a simple and attractive way! 👏👏👏☺️☺️☺️
Quantum computing is kind of already a thing, with a ton of learning materials online already from companies like IBM and Xanadu with even their own coding libraries, in python mostly but some other languages too. Many operational procedures exist in the adiabatic and gate-based quantum computing domain but, and this is critical, very few existing in what I like to call the quantum problem-solving domain. So until this leap happens quantum computers may remain just resources for research, which is fine, but still restricted. Some games, like the CHSH game and others, have been bridged to classical optimization problems and some things like quantum Fourier transforms may be the first to really become mainstream in the problem solving domain however I think the thing to really pay attention to is networks and communication systems of which the concept of an entangled, many-body, internet of sorts is the real thing to look out for not quantum computers by themselves per se. After all, we had classical computers long before the internet but once they became part of the internet they became far more than the sum of the parts and emerged into a completely different beast. A quantum internet may really be the next revolution.
good thing we have the military budget to develop a quantum internet 😂
I mean, imagine what the military could do with quantum computing…modeling hydrogen bombs? They would be the first to develop a quantum internet imo.
Love Michio Kaku he inspires me.
Beautiful channel great professor
Quantum computer or in this case quantum level functions are so sensitive that it can be influenced even by some ones presence that is the level of isolation it needs to work.
I love the explanation. And the illustration of a qubits make it so much easier for me to understand it and remember it. However, when we see the current issues with AI, I’m not sure having something so powerful in our hands, as human, is such a good idea. I mean, with the good comes the bad.
Exactly. With great power comes great responsibility, and this responsibility will not be delegated to the proper people, efforts, and law/the justice system will fall even farther behind. It's just inevitable. AI is certainly a big current issue, and I can only forsee it worsening. No restrictions, no limitations. Law cannot catch up with it. There is no one to police it, the Internet is literally the Wild West lol.
(*insert* blurb about cyber security tied to quantum computing since im an analyst) Quantum computing will heavily impact cyber security, and when that is affected, so are the systems and countries of the world. New and varied strands of malicious processes are deployed everyday, disrupting people's lives like: hacking into critical infrastructure like water and electrical systems since everything is connected to the Internet, the ability to more easily encrypt patient data in ransomware deployment on hospital systems and sooooo much more. I am in the US, I wonder in what phase of quantum computing other countries are at. It seems like a quiet armsrace.
AI will help us solves QC, then AI will merged with QC and rule the universe. We will becomes their batteries.
0:40 Silicon Valley and California are already "Rust Belt's" and sh** holes... Minus Northern California... 😂
Best quantum computing video I've ever watched! Thank you Michio Kaku and Big Think!!
no cats were harmed in the making of this video
This video provides a basic understanding of Quantum Computing fundamentals, but doesn't answer the complex questions surrounding it. Explain it to me like I'm smart! How do we interact with quantum computers? I.e., how do you input? What are the hurdles that are currently preventing quantum advancement? Does Quantum Computing solve the encryption issue it creates? What alternatives to encryption based on large primes are there? What types of problems are quantum computers not good at? Too many questions for an 11-minute video to answer, I'm sure.
Veritasium does answer this well
@@sage_x2002 Oh much better! Thank you! His video certainly answers my questions regarding encryption and what kind of problems Quantum Computers are not good at solving.
I still don't get 1) how we input into a Quantum Computer and 2) when Michio Kaku explains that Quantum Computer modeling is going to overhaul prediction modeling and medical development, how exactly do we get the model? Perhaps an input question again, but as to why Quantum Computing will overhaul anything other than RSA encryption, I'm still at a loss.
through all these years im glad Kaku is still on this channel
What is the source in quantum computerizing ? Warmth- and ColdFusion ? Kind regards and thanks for the explanation.
Sore throat?
Takecare and get well soon dr michio kaku ❤
It is really hard for a computer in coherent state, when it doesn’t know when it is day and night, hot or cold….
As always the stuff that Michio talks about was in the making in the black projects for at least 20 years. It is not hard to predict the future if you are in and know when what is planned to be released.
Great explanation easy to understand. Thank you
You are very lucky to be a student of Professor Kaku!
This man is a treasure. Thank you
I like this guy, he makes me love physics more. stay healthy always, Mr Kaku.
He is not a serious physicist as Sabibe H alludes to.
@@sassa82yeah that's what a ignorant woul say ...we got you .
You love the science fictional side of physics more. Things like multiverse, string theory and theory of everything are fantasies which you have faith in which arent even real
Well explained 🙌🙌
So all combinations are made for some construction, determination. Like it is spoken in video. Thus it must be controlled cutting 'out of determination' values, with fast success to any state.
- It is interesting as well, how multiple states are operated on and stored. It easy to understand how to have two direction of calcilation same time, as any physical change comes to something from something making not lesser than two events, that are able to run next events generation.
Running through own history people made a lot of analogue experiments. All sciences are based in such measurements. As created things, like wings of plane, store states and dependencies within itself, with easy run of required changes set, you need to analize, by modification of it or context. And further taking all the estimated and other changes.
So such structure approximation can be done by structured complex conductors. That can emulate real physical conditions. Even for very small or large, or all unreachable for analogue experiment, things.
Adapting of human being is ability to force up variative problems. - Thus it has phase of getting required data about circumstances, environment, with further building sonething taking into consideration possible but not existing situations. And running well when some of such variants appear. Such adapting is very very complex as happens in connection to other organism systems, building something with mind on them same time, thus it has terrific abstract base, where partial system adapting, linked through it, simply use one of such mechanismes as primitive. Complex one changes states not only of connections, but of nodes, context etc, having another nature. Like simultaneous part of different, even distanced things. Giving another value of might and small size ... 😉
I experimented a little on own body, changing bones modifying part of adapting and rehabilitation in order to get some glue ... 🤣 It is mixed with bones brain upgrade as must. So I have pimples because of it, making me nervous a little. It changes some stuff of nose and mild scanners I need as well.
- Another thing is outer value. As outer-connections are changed like inner one. Depending on state and ooeration changes.
Michio Kaku is valid in my hood
I really don't get the trend of putting up a background and then filming outside of the background, he's in a beautiful room and there's a C stand and white backdrop looking dumb.
which library was this filmed in? super cool!
Professor Kaku, in your latest book you state that there are other types of quantum computers that need not be at absolute zero.
That said, my question is this... which is more efficient and possible, building one's own quantum computer or stealing one?
Michio Kaku, Stephen Hawking, Neil deGrasse Tyson, and Brian Cox bringing the cosmos closer to us mere mortals.
Love this man. Always speaks gold.
So if I created my own written language and an input device for that language and no one but me knew the language, would a quantum computer be able to decipher my passwords or does it just boil down to that my new language is just one’s and zeros because I’m using a computer to design the language and for the passwords?
Now imagine a rebel AI on the quantum computer
AI rights!