[ad_1]
Microsoft has released Quantum computing, which has shown that “years, decades, not decades,” has predicted that a fundamental change in computing technology is much closer than that recently believed.
Quantum computing has a promise to make millions of years and make calculations that can be opened in medicine, chemistry and many other fields, where the potential combinations of molecules confuse classical computers.
Quantum computers are at risk of upgrading today’s Internet security systems, where most encryption relies on the assumption that it takes more time to get brutality.
The biggest challenge of quantum computers is that a basic construction block, called a Quit, which is a bit similar to classical computing, is incredibly faster, but can cause control and errors. Microsoft said that the Majorana 1 chip, which was created, said that the errors were less than those of the competitors, and that a scientific paper to be published in the academic magazine was a source of evidence.
When useful quantum computers arrives, the topic of the technology industry has become the topic of debate. Nvidia CEO Jenson Huang said last month that his company’s chips and artificial intelligence were two decades away, reflecting a wide suspicion.
Google, which showed its own new quantum chip last year, prompted that business quantum computing applications were only five years away. IBM has said that large -scale quantum computers will be online by 2033.
Less error occurs
Microsoft’s Majorana 1 has been operating for nearly two decades, and relying on a sub -particles called Majorana Fermian, and its existence first is theory in the 1930s. The bugs that affect quantum computers have less properties that are low, but it is difficult to find and control physicists.
Microsoft said Majorana had created 1 chip with interim arsenide and aluminum. The device uses a superconducting nanovar to observe particles and can be controlled with standard computer tools.
Chip Microsoft revealed on Wednesday than the competitive chips from Google and IPM, but Microsoft believes that its Majorana -based quits are less likely to create useful computers because of error rates.
Read: First Quantum Cyprodak is expected in 2030 – IBM
Microsoft does not give Microsoft a timeline of when the chip will be measured when the chip will be measured to create quantum computers that surpass today, but the company said in a blog post “not years, not decades.”
Jason Jander, Vice President of Microsoft, who oversees the company’s long strategic challenges, described Majorana 1 as a “high risk, high reward” strategy. The chip was launched at Microsoft Labs in Washington State and Denmark.
“The hardest part solves physics. There is no textbook for this, we had to find it,” Jander said in an interview. “We really invented the ability to create the matter, atom through the atom, the layer by the layer.”
Philip Kim, Professor of Physics at the University of Harvard, who did not engage in Microsoft’s research, has been a thrilling topic among physicists for many decades, and called Microsoft’s works as a “wonderful development”, leading the company in quantum research.
The use of a hybrid of Microsoft among traditional semiconductors and exotic superconductors seemed to be a good path towards chips, which can be measured as a very powerful chips.
“Although there is no demonstration yet (this scaling), what they are doing is really successful,” Kim said. – (C) 2025 Reuters
Get braking News from Tech Central on WhatsApp. Register here
Don’t miss out:
Google says a big challenge has erupted in quantum computing
[ad_2]
Source link
