Nvidia Huang CEO says he is wrong in the quantum computing schedule

Nafidia On Thursday, the CEO of Jensen Huang followed comments in January, when he doubted whether useful quantum computers will strike the market in the next 15 years.

At the “Dai quantum” event in NVIDIA, which is part of the company’s annual GTC conference, Huang admitted that his comments came out of the mistake.

“This is the first event in history, as the company’s CEO calls on all guests to explain the reason for his mistake,” Huang said.

In January, Huang Quantum computing shares have been sent When he said that 15 years were “on the early side” in looking at the time the technology would take will be useful. At the time, he said that 20 years old was a time frame that believed “a whole group of us.”

In his opening comments on Thursday, Huang made comparisons between quantum companies before revenues and the first days of NVIDIA. He said it took more than 20 years for NVIDIA to build its business and devices.

He also expressed his surprise that his comments were able to transport markets, and he did not know that some quantum computing companies were circulated publicly.

“How can a quantum computer company in general?” Huang said.

The event included paintings with representatives from 12 quantum companies and startups. It represents a truce of a type between NVIDIA, which makes traditional computers more, and the quantum computing industry. Several Execs Quantum was launched in NVIDIA after previous Huang’s comments.

A third committee included representatives from Microsoft and Amazon Web services, which are also invested in quantum technology and are among the most important NVIDIA customers.

Nafidia has another reason to embrace quantity. With the construction of quantum computers, a lot of research is on them through simulation devices on strong computers, such as those that NVIDIA sells.

The quantitative computer can also require a traditional computer to run it. NVIDIA provides technology and programs to integrate graphics processing units (GPU) and quantum flakes.

“Of course, quantum computing has capabilities and all our hopes to make an unusual effect,” Huang said on Thursday. “But technology is madly complicated.”

Nafidia said this week He will build a research center in Boston to allow quantum companies to cooperate with Harvard researchers and the Massachusetts Institute of Technology. The center will include several shelves for Blackwell AI servers for the company.

Quantitative computing has been a dream for physicists and mathematicians since the 1980s, when the Institute of California Technology Institute Richard Finman suggested the idea behind the quantum computer.

While classic computers use parts either 0 or 1, bits inside the quantum computer – Qubits – end up or turn off on the possibility. Experts expect that this technology will be able to solve problems with huge amounts of possible solutions, such as decoding symbols, guidance delivery, chemistry simulation or weather.

There is no quantum computer Nevertheless overpowered a computer In solving a real and useful problem. But Google claimed Late last year He discovered a way to correct the error.

One of the questions in the plate focuses on whether quantum computing may threaten the same day as NVIDIA that manufacture computers based on transistors.

“Some of them asked me,” Huang said at the committee. “The accelerated computing is a phrase it uses to refer to the type of computers that NVIDIA makes.

“I said, a long time ago, because I was wrong, this will replace computers,” he said. “This will be the way the computing is done, and everything will be better. It turns out that I was wrong.”

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