Latest quantum publications
It appears Honeywell has come good on its pledge to build the “highest-performing” quantum computer in the world.
Last March, the operational technology multinational claimed it cracked a quantum computing conundrum that would enable it to build the record-breaking machine in three months.
Chinese technology group Tencent Holdings has announced plans to invest $70bn upping its capabilities in cloud computing, AI, blockchain, IoT and quantum computing over the next five years.
As part of the investment, announced on WeChat this week, Tencent said it will spend billions building hyperscale data centres, supercomputers and sprawling 5G networks.
Google recently sent the internet in a frenzy after the company claimed in a leaked research paper to have achieved “quantum supremacy”. At the time the quantum community fiercely debated Google’s claim.
While the draft paper was swiftly pulled offline, Google has doubled down by officially releasing a peer-reviewed version in Nature which reiterates its achievement. Crucially, the article repeats the controversial claim that the problem its Sycamore processor solved would take Summit, the world’s most powerful supercomputer, 10,000 years to complete.
If true, this would effectively mean Google had satisfied John Preskill’s original definition of quantum supremacy, described as the milestone where quantum computers can perform tasks that classical computers cannot.
Google has claimed to have reached a major quantum computing milestone in a research paper that briefly appeared on a NASA website.
In the research paper, spotted by the Financial Times before it was removed, the company claimed to have designed a quantum computer capable of “quantum supremacy.”
After the news surfaced over the weekend, several commentators weighed in online to explain what the achievement actually meant.
Breakthrough could boost applications of quantum technologies in AI, robotics and medical diagnostics Researchers have demonstrated that a process known as quantum interference could accelerate the time it takes to process large datasets accurately. Quantum interference is one of the most complex principles of quantum mechanics. Broadly speaking, the concept states that particles, such as… Read More