Skip to playerSkip to main content
  • 3 hours ago
“Penso che il settore quantistico europeo possa giocare un ruolo di primo piano. Se si ripercorre la storia della fisica quantistica, infatti, vediamo che essa è nata in Europa. Tutte le basi iniziali della fisica quantistica nel secolo scorso sono state gettate in Europa. Le conoscenze, le competenze e il talento ci sono. La vera domanda è: come si fa a trasformare la scienza di base in qualcosa che abbia un impatto concreto? E questa transizione non riguarda solo la scienza, ma richiede anche lo sviluppo commerciale, l’imprenditorialità e lo sviluppo tecnologico vero e proprio per arrivare a realizzare il progetto. Grazie al modo in cui i governi europei e i leader del settore stanno effettuando gli investimenti giusti, molte attività sono già in corso. Si tratta di una corsa in cui credo che molti attori e aziende europei siano ben posizionati”. Così Jungsang Kim, Chief Science and Technology strategist and Provost’s Schiciano Family distinguished professor of Electrical and Computer Engineering and Physics Duke Quantum Center, Duke University Usa, intervenendo alla seconda giornata dell’edizione 2026 della World Tech Conference 2026 a Milano.

Category

🗞
News
Transcript
00:04So, professor, let's talk a little bit about quantum in the daily lives of people.
00:13You teach quantum at Duke University, you founded IonQ, you co-founded IonQ,
00:22so you know both the academic and the practical side of things.
00:27One thing that is not so clear for people that are imagining a quantum future is when they
00:36will be able to feel the difference and maybe also the role that the end user will have when
00:45we talk about quantum.
00:48Yes, if you make an analogy, I feel like quantum computing today is where computers, traditional
00:54computers were in 1960.
00:56In 1960s, there are companies building these mainframe computers of sophisticated machines
01:02capable of doing incredible computations, but they were used only by experts and not regular
01:09people.
01:10It took many decades before people could own their own computers, first desktop computers
01:17and eventually we all carry in our pockets today.
01:19So, in my mind, we actually have to develop a very large number of devices that can eventually
01:27be deployed at a relatively low cost before people can actually see it.
01:33But I do believe that it's going to happen faster than for traditional computers because
01:40we actually have much bigger and more substantial infrastructure to build the quantum computer
01:46industry.
01:47So, I think it's going to go faster.
01:49But when you ask the questions about can a layperson use quantum computers on a day-to-day
01:55basis, I think that will take some time.
01:57Yeah.
01:58But we've been talking about post-quantum cryptography.
02:02We've been talking about sensing.
02:04We've been talking about use cases that have a direct effect on the daily life of people.
02:13And so, do you think that there is, first of all, there is already a market for this?
02:19Is there, because companies are already, you know, basically calling companies in the field
02:29to ask for an upgrade on their technological stack?
02:35Yes.
02:35You know, I think the fact that a layperson doesn't feel it every day doesn't mean that there is
02:40no market.
02:41Certainly in the 50s and 60s, there were a market for these mainframe computers by the
02:46governments and big corporations and so on.
02:49And you know, when we think about communication, we can actually very easily access data from
02:55anywhere in the world today, thanks to fiber optic communications.
03:00But that, I don't think people appreciate the infrastructure that actually makes that happen.
03:05So, I think when I, when you say when everybody, like a layperson feels it, you got to have
03:10it in your hands to actually feel that it's real.
03:14In the infrastructure, you can actually use it every day.
03:17You can use it every day and still don't appreciate that the technology behind that is quantum.
03:23So, from that perspective, absolutely.
03:26There is real world market that will happen a lot sooner.
03:30And you know, there are companies who are building quantum computers and people are deploying
03:35those things.
03:36But when it comes to like a layperson feeling it on a daily basis, that's when I think it's
03:42going to take some time.
03:43We need a much more massive scale deployment.
03:45So, you know, coming from the US, what is your perspective on European market and European
03:53sector of quantum?
03:54Do you think that this is a field in which Europe can have its voice, can play its game?
04:01Absolutely.
04:02You know, if you go back in the history of quantum physics, it was born in Europe.
04:09All of the early foundation of quantum physics in the last century were built out of Europe.
04:18Now, having said that, so I think the knowledge and the expertise and the talent is here.
04:24The real question is how do you actually take that basic science and turn it into something
04:29that is impactful?
04:32And that translation is not just science, but it actually requires business development
04:39and entrepreneurship and then the actual technology development to go get it done.
04:43So it is really that combination of opportunity that will be needed.
04:48But the way that the European governments and technical leaders are making the right investment,
04:55a lot of the activities are happening already.
04:57So absolutely, I think it's a bit of a foot race right now.
05:01I think there are many very promising European players and companies that are very well in the
05:08race.
05:08Thank you.
05:09Thank you very much.
05:10All right.
05:10Thank you.
05:10Thank you.
05:10Thank you.
Comments

Recommended