The Map of Quantum Computing – Quantum Computing Explained
The Map of Quantum Computing – Quantum Computing Explained
An excellent summary of the field of quantum computing. Find out more about Qiskit at https://qiskit.org and their YouTube channel https://www.youtube.com/c/qiskit
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With this video I aim to give a really good overview of the field of quantum computing with a clear explanation of how they work, why people are excited about quantum algorithms and their value, the potential applications of quantum computers including quantum simulation, artificial intelligence and more, and the different models and physical implementations people are using to build quantum computers like superconducting devices, quantum dots, trapped ions, photons or neutral atoms, and the challenges they face.
#quantumcomputer #quantum #domainofscience
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— References —-
[1] Why qubits need so much storage space
https://quantumcomputing.stackexchange.com/questions/5005/why-it-is-hard-to-simulate-a-quantum-device-by-a-classical-devices
[2] Storage space of the world
https://www.quora.com/Whats-the-worlds-total-data-storage-capacity
[3] Quantum Algorithms
https://en.wikipedia.org/wiki/Quantum_algorithm?wprov=sfla1
[4] Models of Quantum Computing
https://quantumcomputing.stackexchange.com/questions/74/what-are-the-models-of-quantum-computation
[5] Topological Quantum Computing
[6] Optical Lattice
https://www.mewburn.com/news-insights/creating-qubits-a-hot-lead-at-coldquanta?utm_campaign=ICT&utm_source=caitlin
ultracold atom quantum simulator
https://arxiv.org/abs/1901.01146
[7] Linear optical quantum computing (Xanadu)
https://arstechnica.com/science/2021/03/programmable-optical-quantum-computer-arrives-late-steals-the-show/
and
https://arstechnica.com/science/2020/12/un-computable-quantum-maze-computed-by-quantum-maze-computer/
[8] Quantum computing overview
https://cen.acs.org/materials/electronic-materials/upgrade-quantum-computers-researchers-look/97/i15
[9] Linear photonic qubits
https://arstechnica.com/science/2021/03/programmable-optical-quantum-computer-arrives-late-steals-the-show/
[10] Google Roadmap
https://blog.google/technology/ai/unveiling-our-new-quantum-ai-campus/
— Chapters —
00:00 Introduction
00:44 How Quantum Computers Work
06:19 Quantum Algorithms
12:01 Potential Applications of Quantum Computing
15:26 Models of Quantum Computing
17:29 Qiskit Sponsorship Message
19:29 Models of Quantum Computing Continued
24:59 Obstacles to Building a Quantum Computer
27:24 What Real Quantum Computers Are Made From
31:45 Summary
Did you all know God, Jehovah told me a Lightning Bolt, Garden Variety, is actually a colossal wave at about 11Ghz. I, myself am a believer, and take Gods’ word for it, but if you have to do the experiment, you can, or maybe someone named Bev, can stand outside in a Thunder Storm, holding a lightning rod attached to a freak, frequency meter, and go find out. May produce some arbitrary results after all? Yay Yay or Nay Nay I do humbly ask God Jehovah to turn His face back to US, and return to USA NASA, as well please, ASAP, in Lord Jesus is the Christs’ Holy name forever please? Amen, Yay Yay or Nay Nay
Watching this video now, do we have a quantum computer that’s better now?
I’m at 19:48 of your video. Regarding problems of the world, an Amstrad could "fix them." Unfortunately problems of the world are created by those with large bank balances. From a laymen, when the math isn’t right, the algorithm won’t be either as one & the same. Still interested in the detail logic applied.
12:22 nothing came up when you said you could watch your other video “about quantum simulations here” so where do you find it?
Хорошо что мне такие завозы не заходят, а то сердце бы остановилось)))
Man some people are just so smart
Universal Computing – Real World Computing = Quantum Simulation
Tried to enjoy a science related video and there is the climate change CO2 fairytale again.
Rhe count em computer in the US states more powerful 😮 the super positioning will be there also 😊
Capacitance analog calculator? accumulator？
If all Quantum computers were destroyed game 🎮 over A I Fake news Gone only a machine that can be wiped put instantly
Hii, My question is in Entanglement state explanation as shown in your video at time 3.51, the state of just one qubit would change the state of another. For example, we can entangle two qubits so that their states have 50% chance of measuring a 00 and 50% chance of measuring a 11, but never a 01 or a 10. In this case, just if we change just the state of one, the other one would also changed. But in your video it shows 01, 10 state how that would it possible….Pls explained.
10 trillion dollar investment of your this technology please sir please
what ever happen to optical processors ? I read about Lab work years ago
One of the best quantum computer explanations
Thank you so much for this amazing video! I need some advice: My OKX wallet holds some USDT, and I have the seed phrase. (air carpet target dish off jeans toilet sweet piano spoil fruit essay). What’s the best way to send them to Binance?
Quantum computers are like a GPUs are built for solving a matrix. Its a specialty device you can use to find a way to represent your problem as this particular problem.
Now, as an United States, Air Force Major General, with Lord Jesus (to the Men) I humbly must shake the dust off of my feet at, Hiss at, Denounce, Rebuke, and Chasten, Satan, all of our enemies, both Foreign, and Domestic, and with, sayeth the Lord Jesus is the Christ judge all of those enemies, as lying, murderous, thieves, and robbers, in Lord Jesus is the Christs’ Holy name forever please? On the lighter side, I humbly offer everybody over 18, not in hell already, a cold glass of water, in Lord Jesus is the Christs’ Holy name, Amen, Yay Yay or Nay Nay
Excellent.
What the fuck
Thank you for your efforts and these teachings 😊
The way I understood that simplified would be: normal conputers are good at giving a precise result from a set of arguments while quantum computers are good at working with patterns/statistics
The layman’s explanations up to about the 5 minute mark were great! But after that, this is how the video sounded to me: "Imagine a car without a driver, but there’s also no actual car. And the route traveled by the non-existent car depends upon these cantaloupes, called "red violins." And so on…
Fortunately he was right, God doesn’t play dice.
But i dont inderstint any think
Money doesn’t grow overnight, but with the right investments, it can grow exponentially over time..
Holy I fell asleep in 15 mins last night 😂 video was stopped halfway through
I tried watching videos of quantum computing but did not understand till I watched this video. Really well done and so simple to understand a complex topic .
Fabulous video!
The Best video on quantum computing and applications I seen so far.
30:05 colour center quantum computers
Thanks for this excellent explanatory video on Quantum Computing.
Classical computer hardware doesn’t actually work in binary. The voltages they use will vary between 0-5V typically. When the voltage is over or under the threshold to flip the semiconductor’s state, then the transistor will change its output. We did it that way because digital computing was far more useful than analog computing. That is, having an infinite amount of values between 0 and 1 wasn’t useful most of the time and was difficult to work with. So why does returning to analog computing make quantum computers useful? Seems like a regression.
We’ll information good show 😅😅😅
Ur sweater looks like Missing No.
Oh my gosh. This is crazy
*Key difference between classical vs. quantum bits*
Classical bits: cbit = 1 (or 0) guarantees that on reading cbit, you’ll get 1 (or 0).
Quantum bits: qbit = 1 (or 0) simply means – what is the probability of reading 1 from qbit ? It’s 100% (or 0%).
The interesting difference is that – writing qbit = 0.75 is perfectly valid, and it implies that if you read qbit, you’ll read 1 with 75% probability and 0 with 25% probability.
Classical cbit allows *ONLY* 0 or 1 but does not allow anything in between like 0.5 (50% chance to read 1 and 50% chance to read 0). Qbit allows that.
Miller Anna Jones Elizabeth Young Gary
Google’s Willow chip may have taken a big step forward in resolving the interferance issue "reduce errors exponentially "
Also, I myself am working towards a Computer Science degree myself (trying too), and have designed my own computer system, different from Quantum Computing, but Bi Polar Computing. This utilizes both sides of the sine-wave, both + / -. A +1, 0, -1, utilizing both NPN, and PNP transistors, simultaneously. All ready have designed the Power Supply, and the Bi-Polar clock, but am working on increasing clock speed to 20 – 50 Ghz. So even at 5Ghz, that would already be twice as much computation at the same power, just using the whole sine wave, is all. I have "Trade Marked" both of these ideas in, and with Lord Jesus is the Christ, so I would highly advise against stealing them. However, we plan on continuing the studies, and manufacturing of these ideas at possibly Air-Force, and or NASA, America, please, and thank you? I really do enjoy all of it, the engineering, the testing of the equipment, (not testing) God, and the manufacturing of this stuff? I really hope to God Jehovah, we can bring these ideas to fruition soon, and as you know, NASA was, and is for future Space Travel, and for all Mankind, Amen? Yay Yay or Nay Nay
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What’s great about quantum computing is it can account for every possible outcome where every decision made could have been the cause of a result.
Great video …Please create map of computational physics.
Я уже год смотрю твои бесплатные связки, в принципе и без приватки можно обойтись, несколько связок в месяц мне хватает)))
17:02 why or how exactly would it be useful to change the state of a qubit without measuring it?
Throwing in the climate change propaganda in there. Smooth…
I usually don’t write a comment, but this is truly a masterpiece.
Thank You.
¡Tus videos son siempre tan claros y precisos! ��
Thank you very much. I am just started Quantum Cryptography through Quantum Mechanics, and I also went through your QM map and this one now. It’s really great work. Thank you very for your all great efforts. Looking for videos on Quantum Cryptography and Post Quantum Cryptography.
JUST A LOAD OF NON SEQUITER BULLSHIT