Kyrgyzstan’s GDP grows 11.7% in first half of 2025
Kyrgyzstan's GDP surged 11.7 percent year on year in the first half of 2025, driven by gains in services, construction and production, despite a decli...
Amazon Web Services (AWS) has announced the development of a new quantum computing chip, dubbed Ocelot, which it believes could shave up to five years off its timeline for building a commercially viable quantum computer.
The prototype, unveiled on Thursday alongside a peer-reviewed paper in Nature, represents a significant technological leap despite currently possessing only a fraction of the computing power required for a fully operational quantum system.
Quantum computers promise to perform calculations that would take conventional machines millions of years, potentially revolutionizing industries ranging from materials science to pharmaceuticals. However, the fragile nature of qubits—the fundamental building blocks of quantum computing—necessitates robust error correction mechanisms. Traditional industry estimates have held that around one million physical qubits are needed to produce a sufficient number of reliable logical qubits for practical computing tasks.
AWS’s Ocelot chip, however, employs an innovative "cat" qubit approach, inspired by Schrödinger’s famous thought experiment, which allows the system to yield one working logical qubit from just nine physical qubits. Oskar Painter, AWS Director of Quantum Hardware, explained that this breakthrough could eventually enable useful quantum computers to be built with only 100,000 physical qubits—a reduction by a factor of five to ten compared to conventional estimates.
Constructed using standard semiconductor techniques and the material tantalum, the current prototype serves as a proof-of-concept. Painter noted, “We hope to customize these techniques further, making improvements at the materials and processing levels that will simplify the underlying technology and accelerate our development timeline.”
The announcement comes as major industry players, including Google, Microsoft, and startup PsiQuantum, also make strides in the rapidly evolving field of quantum computing. AWS’s latest venture underscores its commitment to remaining at the forefront of quantum innovation as it races to transform theoretical promise into commercial reality.
A series of earthquakes have struck Guatemala on Tuesday afternoon, leading authorities to advise residents to evacuate from buildings as a precaution against possible aftershocks.
Authorities in North Carolina are investigating three potential storm-related deaths linked to severe flooding from the remnants of Tropical Storm Chantal, officials said Tuesday.
Start your day informed with AnewZ Morning Brief: here are the top news stories for 10th July, covering the latest developments you need to know.
China and the Association of Southeast Asian Nations will send an upgraded ‘version 3.0’ free-trade agreement to their heads of government for approval in October, Chinese Foreign Minister Wang Yi said on Saturday after regional talks in Kuala Lumpur.
Two student pilots were killed when two single-engine training aircraft collided mid-air in southern Manitoba, Canadian authorities confirmed on Tuesday.
Apple and mining company MP Materials announced a joint $500 million investment to develop a rare earth magnet recycling facility, with plans to bolster U.S.-based production and reduce reliance on China.
Meta CEO Mark Zuckerberg announced plans to invest hundreds of billions of dollars into building next-generation AI data centres, signalling an aggressive long-term bet on superintelligence and reaffirming Meta’s leadership ambitions in the global AI race.
Peggy Whitson, NASA retiree turned private astronaut, headed for splashdown in the Pacific on Tuesday after her fifth trip to the International Space Station, joined by crewmates from India, Poland, and Hungary returning from their countries’ first ISS mission.
A team led by Prof. Mingtai Wang at the Hefei Institutes of Physical Science has developed a breakthrough method to control the spacing of titanium dioxide nanorods without changing their size, significantly improving solar cell efficiency.
Israeli researchers have unveiled an artificial intelligence tool that can determine a person’s true biological age from tiny DNA samples with remarkable precision.
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