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Inside Ibm S Quest To Win The Quantum Computer Race Forbes

Bonisiwe Shabane
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inside ibm s quest to win the quantum computer race forbes

Half a century ago, a factory in Poughkeepsie, New York, cranked out computer hardware. The profits from mainframes financed pampered employees, scientific research and a dividend that made International Business Machines the most valuable company on the planet. Now, a diminished IBM gets most of its revenue from soft things: computer programs and business services. But it’s at work on a new kind of machine that could return Poughkeepsie to its glory days. This is where it will assemble quantum computers, the magical devices designed to tackle mathematical challenges that would overwhelm an ordinary computer. If quantum delivers on its promises, engineers will use it to make giant strides in the design of drugs, vaccines, batteries and chemicals.

Last year Boston Consulting Group predicted that come 2040, quantum hardware and software providers will be taking in $90 billion to $170 billion of annual revenue. IBM has been part of this rapidly evolving technology since the turn of the century. Leading its effort: Jay Gambetta, a 46-year-old physicist from Australia who oversees 3,000 employees on six continents doing research. He will not stint quantum, since he has spent his entire career in that field. Gambetta joined IBM’s Watson Research Center, 39 miles south of the Poughkeepsie factory, in 2011 after postdoc years at Yale and then on the faculty at the University of Waterloo. He says, “While I like teaching, really I wanted to build.”

Interesting Forbes article on what IBM is doing in Quantum Computing. Do you think Quantum will have as much or more impact on the world as AI is having? https://lnkd.in/ey5JcebS I remember reading about Quantum in the IBM Systems Journal 20 years ago. Still mind blowing. Small population sample :), If the interest during my talk at AFROTECH is any indication, I’d say yes.

Despite the flood of AI sessions, the curiosity around quantum, especially its impact on cryptography and computing as a whole, was undeniable. And fact: IBM is leading the way. Great article and a meaningful question. Quantum has the potential to reshape foundational parts of computing, from encryption and simulation to optimisation and materials discovery. The long term impact could match what AI is doing today and in some areas it may even surpass it. The real determinant is not the qubits alone but the architecture wrapped around them.

Breakthroughs matter only when the system beneath them can make those capabilities usable, trustworthy and stable. This is exactly the challenge we see in our work with VaultMind. Powerful technologies only reach their full impact when they are placed inside a coherent structure that can manage complexity rather than amplify it. If the quantum ecosystem evolves with that kind of structural clarity, it becomes a multiplier for everything built on top of it. If it does not, it will remain impressive but limited. The potential is enormous.

Real impact depends on the architecture that carries it. Quantum computing along with HPC and AI will have an exponential impact on almost all verticals across industries! This hybrid approach is necessary and it has.already proven valuable with the limited existing qubits. IBM follows a clear roadmap aiming for 100,000 qubits and fosters an open-access quantum development ecosystem. Google focuses on bold breakthroughs and practical algorithms while pursuing a million-qubit fault-tolerant quantum computer. Startups like IonQ and PsiQuantum innovate rapidly with alternative architectures to tackle quantum computing’s biggest challenges.

Quantum computing, once confined to academic whiteboards in science fiction, has now become a central focus in technological race. Leading this charge are three powerful forces: IBM, Google, and a fast-growing wave of startups. It's not solely an issue of attaining scientific milestones anymore; it's also about exploring new frontiers in computing and establishing technological superiority. Quantum physics advances can only get you so far; your success will depend on shrewd tactical foresight and closely coordinated action. Updated on: July 28, 2024 / 7:00 PM EDT / CBS News This is an updated version of a story first published on Dec.

3, 2023. The original video can be viewed here. Artificial intelligence is the magic of the moment but this is a story about what's next, something incomprehensible. This past December, IBM announced an advance in an entirely new kind of computing - one that may solve problems in minutes that would take today's supercomputers millions of years. That's the difference in quantum computing, a technology being developed at IBM, Google and others. It's named for quantum physics, which describes the forces of the subatomic realm.

And as we told you last winter, the science is deep and we can't scratch the surface, but we hope to explain just enough so that you won't be blindsided by a breakthrough that... The quantum computer pushes the limits of knowledge--new science, new engineering-- all leading to this processor that computes with the atomic forces that created the universe. Dario Gil: I think this moment, it feels to us like the pioneers of the 1940s and 50s that were building the first digital computers. (Catch all the Technology News News, and Latest News Updates on The Economic Times.) John Prisco, Security CEO & founder of Safe Quantum Inc., working with data-driven companies to develop and deploy quantum-safe technologies Quantum computing is advancing rapidly, transitioning from theoretical exploration to practical application, with major tech companies and upstarts charting ambitious roadmaps toward scalable, fault-tolerant systems.

While IBM, Google and Microsoft can be seen as leading this charge, each pursuing distinct technological approaches, the U.S. National Quantum Initiative (NQI) provides a coordinated federal framework to bolster quantum research and development. That has rewarded efforts from some startups, creating a broad landscape for quantum innovation. As the CEO of a quantum security company, I've been closely watching this space develop. Let's explore a few ways big names—and not-so-well-known names—in this industry are making strides that I think are worth noting as trends that may indicate the future of quantum. IBM aims to develop a large-scale, fault-tolerant quantum computer by 2029.

The Starling system, which IBM says will have 20,000 times the computing power of standard quantum computers, is projected to be completed before the end of this decade. Half a century ago, a factory in Poughkeepsie, New York, cranked out computer hardware. The profits from mainframes financed pampered employees, scientific research and a dividend that made International Business Machines the most valuable company on the planet. Now, a diminished IBM gets most of its revenue from soft things: computer programs and business services. But it’s at work on a new kind of machine that could return Poughkeepsie to its glory days. This is where it will assemble quantum computers, the magical devices designed to tackle mathematical challenges that would overwhelm an ordinary computer.

If quantum delivers on its promises, engineers will use it to make giant strides in the design of drugs, vaccines, batteries and chemicals. Last year Boston Consulting Group predicted that come 2040, quantum hardware and software providers will be taking in $90 billion to $170 billion of annual revenue. IBM has been part of this rapidly evolving technology since the turn of the century. Leading its effort: Jay Gambetta, a 46-year-old physicist from Australia who oversees 3,000 employees on six continents doing research. He will not stint quantum, since he has spent his entire career in that field. Gambetta joined IBM’s Watson Research Center, 39 miles south of the Poughkeepsie factory, in 2011 after postdoc years at Yale and then on the faculty at the University of Waterloo.

He says, “While I like teaching, really I wanted to build.”

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