Is Quantum the Next Big Thing?│Kohei Itoh, Myungshik Kim and Fabio Donati

Even before the excitement surrounding AI shows any sign of fading, attention shifts to what the next game-changing technology might be. Quantum computers stand out as one of the most promising contenders. Often referred to as the “dream computer” for their theoretical capacity to compute 30 trillion times faster than conventional and supercomputers, quantum computers have sparked both skepticism and excitement. Are we on the brink of a quantum tipping point, a true quantum leap that could lead to breakthroughs in solving challenges ranging from drug discovery to climate change?

In this session, Dr. Kohei Ito, President of Keio University and one of Japan's foremost quantum computer scientists, and Professor Myungshik Kim from Imperial College London who is a world-renowned quantum scholar will explore the current state of quantum technology and what we can anticipate in the future. They will also provide insights on how to cultivate talent and promote industries in preparation for the quantum era. #quantumcomputing #ibm #ionq

00:00 Introduction
07:21 Various Platforms of Quantum Computing
10:22 Current Development Status of Quantum Computing
13:54 What Quantum Computers Can Do
24:32 Artificial Intelligence and Quantum Computing
29:08 Current Investment Trends in Quantum Computing
34:48 Conclusion

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[SeanLawlorNelson]

Regarding Quantum Computing and its development, note this, we want not only to develop micro and quantum computing worlds, we want them to be very smart, Artificial Intelligence smart. And the only way to do that is to create an artificial genetics situation; even though the atomic codes would be far more succinct, its reproductive nature must be kept. A Darwinian motive is needed for intelligence; The Darwinian motive is the cause of intelligence, whether this is biological or artificial.

[nedabathaee]

Great, one of the nicest panels I have ever seen. Thank you for sharing.

[ctrl-shift-run]

This was very insightful. Especially like the slide on what the different approaches by the companies are.

[sergepoirier]

très bon résumé de la situation actuelle du Quantum…. Beaucoup plus clair pour moi de ou en sommes-nous rendus….. bravo pour ce panel de qualité …. Good job 😊

[شعرکوتاه-عظ]

Very excellent and very comprehensive and good about quantum and the quantum world and its nature and how it can play a very important role in our lives and in research. It plays several dialogues and has two roles. The quantum world is a very amazing world that we humans are entering, especially if quantum is combined with artificial intelligence. It will be a very great thing and will cause rapid progress for humans in improving life and even in basic sciences and medicine. I hope that these researches and these conferences will end in the conclusion that we can benefit a lot from these sciences and that they will show us and us humans in the process of this research by holding these conferences. Thank you. It was great. Thank you.

[Shadpredator]

Im recently into quantum computing and this discussion is eye opening

[lightlegion_]

You’re doing remarkable things with your content!

[Cheifez]

Makes total sense, we will all be working together on Quantum stuff

[FennMeister]

Photonics may be your best bet. At least with photons you're dealing with wave particle duality, which is quantum effects on a classical scale.

[tksknt]

is this seminar held this year? why does the chart say current stage of quantum computation is in 2010?

[manonamission]

Zapata was originally a quantum computing firm, then it pivoted to AI... it went out of business in Oct 2024

[oliverjamito]

Students shared "i" Am will say, shared clay feet mixed with iron resting upon all dry grounds. Grounded! Resting upon sustained! 3 commands resting upon GRACE. From who loves with patience and mercy? What is work trying to reach HIS HEIGHT?

[sydgvkx]

CONGRATULATIONS 👏 AND BEST WISHES FROM RAVINDER TALWAR JALANDHAR CITY PUNJAB

[SeanLawlorNelson]

Hello. I have not yet fully assessed the potential of quantum computing in terms of developing the world's most advanced computers. Honestly, my first impulse is to think that the scale of the atom is so very small that it will be difficult to work with. I like the idea that the atomic or quantum computing world is full of elements that connect and disconnect, in other words are fluid, like a petri dish, which might be held up as an ideal. Because to get the most intelligent computing, what we want to do is emulate an eco-system.

[samzhao]

It's still too early to say, but so far so good.😅

[samirelzein]

Academics must learn to put that note paper on the side

[TataLinoNetwork]

Wow Dynex is so advanced compared to other Quantum Computer companies.

[SeanLawlorNelson]

Where did life as we know it originate? The answer is deep, deep under the ocean at volcanic vents(you can see them today; they are very hot but there are crabs and fish evolved to live with extreme heat.) Here, there was so much energy that as the various chemical and atomic debris was cycled around, they started making impressions upon each other; and so forth... We should replicate this.'

[obijuan]

We are not there yet, not at a scalable level.

[urimtefiki]

Since 2019 until now 2024 still quantum computing, what you have achieved tell me with all your scientist?