Microsoft Unveils ‘1,000x More Reliable’ Quantum Chip as Bitcoin Threat Approaches

Artificial Intelligence technology is helping to advance the computing power as researchers rush to create machines that could one day challenge privacy protection. Bitcoin and more about the modern internet.

At its annual Build conference on Tuesday, Microsoft unveiled Majorana 2, a new topological quantum device that it claims is 1,000 times more reliable than its predecessor. Microsoft said the chip achieves average qubit times of 20 seconds, with some as long as a minute.

In a blog post following the announcement, Microsoft said its Microsoft Discovery platform is source of AI tools enabled researchers to analyze decades of quantitative research, identify reliable, automated measurement devices, optimize manufacturing processes, and uncover manufacturing defects that contribute to qubit reliability.

“Using the latest advances in AI designed to accelerate the scientific process and accelerate collaboration, the Microsoft team is overcoming major barriers to reliability, speed, and scalability that have limited the use of any type of computing in real-world situations,” Microsoft wrote.

Majorana 2 builds on Microsoft’s Majorana 1 chip by replacing its advanced aluminum chassis with an advanced design that effectively protects the qubits from interference, Microsoft’s changes led to significant improvements in reliability and speed. Combined with its integrated design, the company said, it is bringing ultra-severe computing to reality – which it expects to achieve by 2029.

“We need to make changes every year that will bring us closer to delivering computers that we believe will have the greatest impact on business and society,” said Microsoft Technical Fellow Chetan Nayak in a statement. “We have to keep marching to achieve this, but where are we compared to last year?

In order to help researchers in several countries and disciplines to learn more about the project, Microsoft’s quantum team created an AI assistant that processes, analyzes, and displays information about the program.

“Using agent AI to change metrics was revolutionary,” said Zulfi Alam, vice president of corporate information at Microsoft. “It goes through some math and says, ‘Well, where do I find the lowest point where everything works?’ And it can do all these changes in parallel, which a human cannot do. The way our mind works, we are linear. “

The announcement comes amid ongoing concerns”Q-day“when most computers are powerful enough to crack the most commonly used ciphers, that allows attackers to extract private keys from public keys and steal money.

Bitcoin is expected to be one of the main targets when it happens, with some $461 billion worth of BTC at risk due to the public key. It’s a bright future that developers are desperate to end before it happens.

“What a supercomputer can do, and this is what is related to Bitcoin, is to create a digital signature that Bitcoin uses today,” Justin Thaler, a research fellow at Andreessen Horowitz and an assistant professor at Georgetown University, previously said. Decrypt. “Someone with a large computer can authorize all Bitcoins to be withdrawn from your account, or, even if you’d like to think about it, when you haven’t authorized it. That’s the concern.”

Microsoft isn’t the only one reporting rapid progress. In October, Google Willow chip showed a significant reduction in the risk of error rates, while a recent Caltech study he encouraged that breaking elliptic-curve cryptography may require less resources than before.

Google said that Q-Day can to arrive by 2032, as some researchers have predicted it can be done by 2030.