IBM recently debuted its System Onequantum computer. It’s not the biggest or most powerful computer the company makes. But IBM thinks it’s the one that’ll end up in a museum 50 years from now, and it’s hard not to agree. The IBM Q System One consolidates thousands of components into a glass-enclosed, air-tight environment.
In a recent interview with IBM‘s CTO, Quantum Computing, Bob Wisnieff he related some interesting insights into what it was like to develop and build the System One. He said the original idea was to show that IBM could make a reliable, functioning quantum computer that existed entirely outside of a laboratory.
IBM‘s System One is unique. It’s a legitimate quantum computing system that exists in a big box. It doesn’t have to be connected to a massive cooling system inside of a lab (it has its own, just like a mainframe or a PC). And it doesn’t require a physicist to dive under the hood every time you want to do something with it.
IBM Q Network organizations can program and run code on it right now.
The big picture wasn’t about what 20 qubits shoved inside a box can or can’t do, Wisnieff said. It’s about the fact it exists at all. He continued:
“What I like best is that we get to be in the right place at the right time for quantum computing, this is a joy project. This design represents a pivotal moment in tech.”
The “pivotal moment” bit might sound hyperbolic. Especially if you’ve seen the System One’s underwhelming coverage. James Vincent at The Verge, in an articleabout the System One, said:
"In the grueling race to build a practical quantum computer, tech companies are keeping their spirits up by loudly cheering every milestone — no matter how small."
Kieren McCarthy of The Register wrote an articleabout the system with the headline: “If you’ve been dying to run some math on a dinky toy quantum computer, IBM may have something for you.”
The quantum team at IBM spent about six months last year tossing ideas around, mostly trying to come up with solutions to the little problems that plague a project like this.
“In one way, you want to isolate the qubits from the universe,” Wisnieff said, before explaining “but you also have to have access to read and measure them.” Just one of many problems faced by an engineering team developing something that’s never been built before.
Once these problems got sorted, the IBM engineers and physicists then began working with design experts from Goppion, the company responsible for some of the world’s most famous museum-quality display cases, Universal Design Studioand Map Project Office. This was Wisnieff’s dream team.
These companies were chosen after IBM‘s Director of Research, Dario Gil, gave Wisnieff carte blanche to find the best designers in the world. Wisnieff said this was because Gil realized the significance of the project.
As Wisnieff explained the process of building the System One, it became clear the intent was never to create a device that would suddenly usher the era of commercial quantum computing into reality. IBM Research is working on that, so are Google and Intel and a bunch of other companies. But that’s not what System One was designed for.
There are plenty of qualified, sane experts who believe quantum computing technology will never amount to anything. Meanwhile, the physicists and engineers working on them understand they’ll be one of the most significant advancements in human history.
That’s a lot for a discerning public to put up with in their daily news feed and monthly science magazine. But when IBM built a functioning quantum computer in a box and demoed it at CES, it showed the entire world that quantum computers are here right now. And they’re only getting started.
It doesn’t matter if it can solve major problems or not. It’s not essential whether the System One will ever be sold as a commercial product or not – it almost certainly won’t.
What matters is that IBM took something that looked like this:
In a recent interview with IBM‘s CTO, Quantum Computing, Bob Wisnieff he related some interesting insights into what it was like to develop and build the System One. He said the original idea was to show that IBM could make a reliable, functioning quantum computer that existed entirely outside of a laboratory.
IBM‘s System One is unique. It’s a legitimate quantum computing system that exists in a big box. It doesn’t have to be connected to a massive cooling system inside of a lab (it has its own, just like a mainframe or a PC). And it doesn’t require a physicist to dive under the hood every time you want to do something with it.
IBM Q Network organizations can program and run code on it right now.
The big picture wasn’t about what 20 qubits shoved inside a box can or can’t do, Wisnieff said. It’s about the fact it exists at all. He continued:
“What I like best is that we get to be in the right place at the right time for quantum computing, this is a joy project. This design represents a pivotal moment in tech.”
The “pivotal moment” bit might sound hyperbolic. Especially if you’ve seen the System One’s underwhelming coverage. James Vincent at The Verge, in an articleabout the System One, said:
"In the grueling race to build a practical quantum computer, tech companies are keeping their spirits up by loudly cheering every milestone — no matter how small."
Kieren McCarthy of The Register wrote an articleabout the system with the headline: “If you’ve been dying to run some math on a dinky toy quantum computer, IBM may have something for you.”
The quantum team at IBM spent about six months last year tossing ideas around, mostly trying to come up with solutions to the little problems that plague a project like this.
“In one way, you want to isolate the qubits from the universe,” Wisnieff said, before explaining “but you also have to have access to read and measure them.” Just one of many problems faced by an engineering team developing something that’s never been built before.
Once these problems got sorted, the IBM engineers and physicists then began working with design experts from Goppion, the company responsible for some of the world’s most famous museum-quality display cases, Universal Design Studioand Map Project Office. This was Wisnieff’s dream team.
These companies were chosen after IBM‘s Director of Research, Dario Gil, gave Wisnieff carte blanche to find the best designers in the world. Wisnieff said this was because Gil realized the significance of the project.
As Wisnieff explained the process of building the System One, it became clear the intent was never to create a device that would suddenly usher the era of commercial quantum computing into reality. IBM Research is working on that, so are Google and Intel and a bunch of other companies. But that’s not what System One was designed for.
There are plenty of qualified, sane experts who believe quantum computing technology will never amount to anything. Meanwhile, the physicists and engineers working on them understand they’ll be one of the most significant advancements in human history.
That’s a lot for a discerning public to put up with in their daily news feed and monthly science magazine. But when IBM built a functioning quantum computer in a box and demoed it at CES, it showed the entire world that quantum computers are here right now. And they’re only getting started.
It doesn’t matter if it can solve major problems or not. It’s not essential whether the System One will ever be sold as a commercial product or not – it almost certainly won’t.
What matters is that IBM took something that looked like this:
And made it look like this:
It’s real. You can touch it.
Fifty years from now MIT‘s physics lab, Google‘s quantum research center, or IBM’s large quantum lab won’t be faithfully recreated in a giant quantum museum. Instead, an actual quantum computer will sit inside one.
IBM unveiled the world’s first, and only, functioning integrated quantum computer that exists entirely outside of a lab. It’s not the quantum computer that will change everything. But it might be the one your grand-kids read about on page one of that chapter in their science textbooks.
Fifty years from now MIT‘s physics lab, Google‘s quantum research center, or IBM’s large quantum lab won’t be faithfully recreated in a giant quantum museum. Instead, an actual quantum computer will sit inside one.
IBM unveiled the world’s first, and only, functioning integrated quantum computer that exists entirely outside of a lab. It’s not the quantum computer that will change everything. But it might be the one your grand-kids read about on page one of that chapter in their science textbooks.
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