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While the world remains focused on artificial intelligence, researchers at the University of Colorado Boulder and JILA believe quantum technology could become the next wave of innovation. From quantum computing and nuclear clocks to the creation of unicorn startups, the quantum ecosystem is increasingly seen as a key driver of future economic growth and technological advancement.
Transcript
00:00While the world remains focused on artificial intelligence, AI, and the technology race is quite clearly gaining momentum behind the
00:07scenes.
00:08Quantum technologies are increasingly seen as the next major wave of innovations with the potential to transform everything from computing
00:17and cybersecurity to navigation and advanced materials.
00:21During a reporting tour organized by the U.S. Foreign Press Center titled The Next Frontier, How American Innovation Powers
00:29Global Commerce,
00:31Ezra Awani visited JILA at the University of Colorado, Boulder, one of the world's leading centers for quantum research.
00:41For Scott Sternberg, Executive Director of the Qubit Quantum Initiative, the success of research is not just measured solely by
00:48academic publications.
00:50Instead, it is determined by how effectively scientific discoveries can be translated into companies, jobs, and economic value.
00:58But during that period, we reported 35 startups that spun out of the university, a lot of them in the
01:04dark, in the deep, deep technology and biosciences spaces which will be a focus for today.
01:11Additionally, we, this past year, just announced our 11th Unicorn, and by definition, that Unicorn is a startup that spins
01:19out of the university and ultimately ranges over a billion dollars of valuation.
01:24So our 10th Unicorn was a quantum company called Inflection, and our most recent one is a company called Forge
01:33Nano, which is a semiconductor tool manufacturing company.
01:37And so we are very, very proud of the start of the goal.
01:40Meanwhile, Nobel Prize-winning physicist Professor Eric Cornell said advances in quantum science over the past two decades have opened
01:47up possibilities that once existed only in theory.
01:51So one thing I've learned is that things which were technologically impossible five years ago are possible now.
01:59I think about that.
02:00I've seen that cycle happen many times, and it makes me think things that were technologically impossible now may be
02:08possible soon.
02:08And that doesn't mean everything that's impossible now will be impossible soon.
02:13But it does suggest that one is likely to be surprised.
02:18So who knows what the future will bring, but my guess is some fairly astonishing things.
02:24However, he noted that quantum computing still faces significant technical challenges and is not yet ready to solve all today's
02:32computational problems.
02:33He added that technology is likely to deliver its first major impact in highly specialized and complex applications, with further
02:41advances expected over the next decade and beyond.
02:44Beyond quantum computing, a Malaysian PhD student from Penang, Tian Uy, is working on the development of a nuclear clock,
02:51a technology that could one day surpass the precision of today's atomic clocks.
02:55So the difference between nuclear and atomic clocks is basically that atomic clocks, which are currently the world's best timekeepers,
03:03are relying on electronic transitions within atoms like strontium, uterbium, or other things like that.
03:10However, the special thing about the nuclear clock is that it's based on a nuclear transition, which is happening in
03:15the nucleus of the atom, rather than the electron cloud around it.
03:19So what that does is it makes the nucleus a bit less sensitive to environmental perturbations compared to electronic transitions.
03:28And so you can do things like put the nuclear transition inside a solid-state crystal, which is what we
03:33do in our lab in the basement.
03:35The technology remains in the research stage, but it could pave the way for more accurate navigation systems, more sensitive
03:42sensors, and new insights into the fundamental laws of physics.
03:46As governments, universities, and investors pour resources into quantum research, many believe the industry is approaching a turning point similar
03:55to early days of the internet and artificial intelligence.
03:58The question now is no longer whether quantum technologies will shape the future, but how soon their impact will be
04:04felt across the global economy.
04:06Najib Arouf, Astro Awani, Boulder, Colorado.

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