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From the popular topic of "quantum superiority", this year's Nobel Prize in Physics went to the field of quantum information science.
Quantum Computing This technical term has long become one of the most popular scientific and technological issues at the moment.
And a series of latest technological advances have also given rise to a new question:
How far is quantum computing from How far is it?
In fact, data shows that by around 2031, a market size of nearly 800 billion will be directly related to quantum computing.
This means that this field is about to usher in a grand journey of implementation.
So, how do we take the first step and build a true quantum computer?
Duan Runyao, director of Baidu Institute of Quantum Computing, studied under Professor Ying Mingsheng. He is a tenured professor at the University of Technology, Sydney and the founding director of the Quantum Software and Information Center. Future Fellow of the Australian Asian Research Council. Since 2001, he has been engaged in the fields of quantum computing and quantum information technology and has made original contributions; Baidu, where he works, has taken the lead in providing a plan for quantum computing from underlying hardware to upper-layer applications. A complete set of industrial solutions.
So at the
MEET 2023 Intelligent Future Conference, Duan Runyao shared some experiences and opinions using Baidu as an example. He said: Recently These few years are very critical years when quantum truly begins to be integrated with computing. The emergence of quantum computing is inevitable in many aspects.
If we want to continue the advantages of Moore's Law and cheap computing power, we need to consider a new computing model, which is quantum computing.
If he wants to build a real quantum computer, his conclusion is simple:
Just a smart head, coupled with enough resources and the best existing technology, Match them up.
In order to fully reflect Duan Runyao’s thinking on solutions for the industrialization of quantum computing
from hardware to software and applications, the qubits will be modified without changing the original meaning. His speech has been edited. About MEET Intelligent Future Conference: MEET Conference is the top business summit in the field of intelligent technology hosted by Qubit, dedicated to exploring the implementation and industry application of cutting-edge technology. This year, dozens of mainstream media and live broadcast platforms reported and broadcast the MEET2023 conference live, attracting more than 3 million industry users to participate online, and the total exposure of the entire network exceeded 20 million.
Key Points of Speech
To continue the advantages of Moore's Law and cheap computing power, we need to consider a new computing model, namely quantum computing. We are already at a very critical point, where the advantages of quantum computing begin to surpass classical computing. If we break through this point, there will be many possibilities in the future.Why is the emergence of quantum computing inevitable? Today I saw this icon
(conference icon)In fact, it can be said that the quantum computing we are discussing today itself is the entanglement of computing and quantum information.
On the one hand, from counting knots in ancient times to abacus and slide rule, to today’s computers, supercomputers, etc., computing has covered all aspects of our society. On the other hand, quantum is actually our new understanding of the world.
We know that the primitive era only had a superficial understanding of the world through experience. It was only later that Newtonian mechanics and Maxwell’s electromagnetic theory began to appear. In the last century, we were finally able to discover that the world actually follows the laws of quantum mechanics.
Quantum mechanics has actually had an earth-shaking impact on our world since its emergence in the 1920s. This is the so-called First Quantum Revolution.
Including things like lasers, transistors, nuclear magnetic resonance, and atomic energy that we are familiar with today, they are all produced based on the direct use of quantum mechanics, especially the Internet used today.
This first quantum revolution has basically changed every aspect of our entire society.
Now, our era has actually entered the Second Quantum Revolution, or the stage of the new quantum revolution.
At this stage, we are no longer satisfied with making quantum mechanical predictions on a piece of material as a whole. We hope to directly control a specific system and use such a system for processing. In the process, some quantum properties like quantum entanglement really make a difference.
The past few years should be very critical years for quantum to really start to be integrated with computing, especially the well-known quantum computer "Platanium" developed by Google and the "Zu Chongzhihao" developed by the University of Science and Technology of China. These are all It proves that when quantum and computing are combined, superpowers can truly be demonstrated on some specific problems.
After the true combination of quantum and computing, new disciplines will emerge. We also believe that this thing will bring us a whole new world because it can bring about exponential improvements in computing power.
After talking so much, you may have a general impression that the combination of quantum and computing is very important, but what is the important method?
In fact, the emergence of quantum computing is essential.
On the one hand, when the size of our chip reaches a certain level, such as 1 nanometer, it enters the scale of quantum mechanics. In this scale, we need to consider Use quantum mechanical methods to design chips, not just traditional methods.
So at this time, we are naturally required. If we want to continue the advantages of Moore's Law and continue the cheap computing power, we need to consider a new computing model, which is quantum computing.
Of course, this is also related to energy consumption. Because everyone knows that computing consumes a lot of energy, but if quantum computing is used, it is a reversible computing mode, and the final energy consumption can be very small.
On the other hand, our data volume is already very large. As mentioned in the reports just now, various large models require a lot of calculations.
In fact, when we want to simulate a quantum system, even a very small system, such as 300 qubits (qubits are the quantum counterparts of classical bits), the amount of storage required to express the state of such a system exceeds the number of atoms visible in our entire universe.
In addition, quantum has many positive effects. For example, there are many algorithms that we can theoretically prove its advantages, especially its exponential advantages on some specific problems.
We also use the Internet every day to conduct various transactions or transmit various information. In this process, the security of information is very important.
But unfortunately, quantum computers can actually break the financial RSA system.
Currently, for example, if we do the prime number decomposition of a 1,000-digit large number, it may take a long time to use a traditional computer, which is longer than the length of the universe. But if a medium-scale quantum computer could be built, it would probably only take a few seconds or even a few seconds to solve this problem.
In fact, we are already at a very critical node today, that is, the advantages of quantum computing begin to surpass classical computing. If we break through this point, there will be many possibilities in the future.
It is precisely because of this possibility that quantum technology has always been highly valued by the current industry.
As you can see, in the "14th Five-Year Plan" and the 2035 long-term goals, quantum information, integrated circuits, and artificial intelligence are particularly regarded as one of the troikas of priority development. .
Major foreign countries such as Europe and the United States have also invested heavily in this aspect.
In the industrial world, everyone has realized that it is likely to bring about a new information revolution. Large domestic and foreign companies have already made plans in this regard, including Baidu, which also began to truly implement it in 2018. Enter this field.
In addition, there are many very good start-ups who are also doing some research.
There are two data here. After integrating various data, we found:
By around 2031, the market size of nearly 800 billion will directly follow Quantum computing is related; nearly 70% of companies want to make some arrangements in this area.
So this is a very exciting thing. So in what specific areas can it be used?
We know that the entire quantum computing will undergo changes from hardware to software and algorithms, so basically it can be said that many important fields are related to it.
Especially the several directions I have briefly listed here, such as chemical industry and medicine, especially drug research and development issues; or some optimization issues in financial technology; or including chemical simulation issues in new energy batteries, And information security... These aspects can be closely related to quantum computing.
In addition, in fact, quantum computing and artificial intelligence also have a mutually reinforcing and entangled relationship, not only the above applications, but also the entire middle The platform framework and the underlying hardware level can all be interconnected. This is the impact of quantum on our artificial intelligence.
On the other hand, quantum can also benefit from some of our existing very advanced artificial intelligence technologies. In particular, deep learning can help us study many properties of quantum systems, including quantum algorithms, and quantum Agreement etc.
For example, Baidu has built a quantum machine learning platform called quantity paddle in 2020.
We currently have so many opportunities to rely on, and we also know that quantum is about to enter our real life, but those here or online Classmates, how many of them have actually used quantum computers?
I believe the number of people is still very limited.
Many times we may only see some related reports from the news or newspapers, but if we really want to industrialize it, we need to bring quantum computers from the laboratory into our actual lives. middle.
But what is the problem in the laboratory? The platform is single and unstable... There are many problems that make it difficult to output quantum computing power.
What do we need to solve on the road to industrialization? A series of problems need to be solved from hardware to software and applications.
For example, in terms of hardware, we need to solve the problem of stability, that is, whether your thing can continuously output quantum computing power. If it is turned on today and down again tomorrow, this will not work.
Second, you also need to provide a platform, a hardware platform. In addition, you also need to ensure that this chip can have an automated design method that can continuously provide you with new generations. This is very important.
At the software level, a particularly important point is whether we can have a good software platform that allows our programmers to move from classical programming to quantum programming. In addition, it also includes how to make software interfaces, how to make error corrections, etc.
At the application level, a good algorithm library is needed, a scenario with real advantages.
In short, the industrialization scenario poses multi-dimensional challenges in scientific research, technology and engineering.
Baidu proposed QIAN strategy. Q is quantum algorithm, quantum AI and quantum architecture. I is the software and hardware infrastructure. In addition, some scenarios with significant application value must be truly identified. A refers to some important actual applications. Finally, of course, there is the network. N refers to the quantum Internet. In addition, we also need to establish an ecological network.
You can see three interpretations of "QIAN": on the one hand, it is in compliance with the general trend of technological development, which is the "Qiankun"; on the other hand, it is "forward-looking" The "front" is to truly focus on forward-looking applications; the last aspect is to truly make good use of quantum ecological resources, which is the "money" of "money".
After more than 4 years of development, the entire Baidu Quantum has been fully integrated from the above applications to the underlying hardware. There are not only software, but also hardware, as well as simple and easy tutorials. Quantum Operating system platform, toolset, etc.
Under the guidance of such a platform, we finally decided to unify this whole set of things, so we hope to truly integrate software, hardware, and applications and show them to everyone. It truly realizes the integration of software and hardware and puts quantum computing power into the hands of every user.
We launched a highly integrated industrial-grade quantum computer called "Qianshi" at the first quantum developer conference in August this year .
Why is it said to be an industrial-level quantum computer? In fact, it is because it can provide services continuously and stably. Although the current chip capabilities are still relatively limited, we have been able to continuously and stably provide services to users.
In fact, as long as everyone is interested in quantum information, they can open their mobile phones and download the quantity YifuAPP, and you can quickly learn some of the most basic quantum knowledge.
We have provided 5 interesting applications, from quantum superposition to quantum entanglement, to quantum search, and there are a series of quantum neural networks for everyone to use. We believe that through such efforts, quantum computing will be within reach.
So companies like Baidu have begun to make efforts to industrialize quantum, but more companies themselves may also hope to truly introduce quantum things into their own corporate services. What should we do about this? In other words, how can we help other industries achieve industrial quantumization?
I mentioned this data just now. Nearly 70% of companies have this demand. At this time, everyone will find that there is a big gap that needs to be crossed.
In August this year, we released the world’s first integrated quantum software and hardware solution called quantityxi, which can very conveniently realize the enterprise’s quantum layout .
This platform now has great advantages. First of all, it is a full platform. It can be adapted to all kinds of hardware, regardless of mobile phones or PCs.
Secondly, it actually has a complete set of software and hardware technologies.
On the other hand, it can also truly provide enterprises with practical services, such as privatized customized cloud services, which can help them with overall deployment and one-stop upgrades.
Specifically, there are three steps. First, this company can come and discuss with us what kind of impact quantum computing will have on your industry and your company, and we can formulate a strategy; second, it has been confirmed to be a trend, so we will You can consider truly identifying some core problems in the enterprise and use our quantum methods to develop solutions for you; the third step is specific implementation.
We hope that through technologies like our Baidu Quantum Platform, including Qianshi’s actual quantum products, we can eventually produce solutions like Quantum Xi’s, which will help us in all walks of life.
At the end of this report, I would like to make an outlook.
In fact, I have been thinking about a question for more than 20 years: How can we really build a quantum computer?
My conclusion is actually very simple, that is, a smart brain, coupled with sufficient resources and the best existing technology, can make a quantum computer.
In this sense, there are many different combinations around the world that can make such a machine, and the process is equivalent.
What are the current problems with quantum computers?
First of all, talent is very scarce. If you study quantum computing, there are several offers waiting for you on the market.
The second thing is funds. The overall investment in quantum computing is huge, but investment in specific algorithms and software is limited, and this aspect needs to be strengthened.
In fact, a lot of capital can consider quantum computing, because it may have been a bit early before, but now it has reached a critical stage.
In addition, we actually hope to build an open and sustainable quantum computing ecosystem through our Baidu quantum platform.
In this way we not only provide services to our developers and our users, we also hope to be able to communicate with the academic community and our senior experts (including our Artur Ekert consultant) , Quantum experts establish cooperative relationships.
In addition, we also need cooperation with the hardware team, because we mainly focus on software. Although we also have our own hardware, we hope to have more in-depth cooperation with the hardware team to develop quantum chips. Better.
Of course, another aspect is that cooperation with universities will always be the source of our innovation.
Thank you again for listening, thank you!
The above is the detailed content of Baidu Duan Runyao: Four factors make the emergence of quantum computing inevitable. For more information, please follow other related articles on the PHP Chinese website!
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