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Alphabet reported its first-ever $100 billion quarter, fueled by a 34% surge in Google Cloud revenue and booming AI demand. The tech giant also announced an increase in expected capital expenditures for the fiscal year of 2025. CNBC reports: "With the growth across our business and demand from Cloud customers, we now expect 2025 capital expenditures to be in a range of $91 billion to $93 billion," the company said in its earnings report (PDF) Wednesday. "Looking out to 2026, we expect a significant increase in CapEx and will provide more detail on our fourth quarter earnings call," said finance chief Anat Ashkenazi on the earnings call with investors Wednesday. Earlier this year, the company increased its capital expenditure expectation from $75 billion to $85 billion. Most of that goes toward technical infrastructure such as data centers. The latest earnings show the company is seeing rising demand for its AI services, which largely sit in its cloud unit. It also shows the company is continuing to spend more to try and build out more infrastructure to accomodate the backlog of customer requests. "We continue to drive strong growth in new businesses. Google Cloud accelerated, ending the quarter with $155 billion in backlog," CEO Sundar Pichai said in the earnings release.

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Ohio State boffins coax shiitake and button varieties into behaving like memristors

US boffins claim early tests indicate edible mushrooms can function as organic memory devices, though significant challenges remain before the lab experiment can be turned into something practical.…

sciencehabit shares a report from Science.org: From enabling life as we know it to greasing the geological machinery of plate tectonics, water can have a huge influence on a planet's behavior. But how do planets get their water? An infant world might be bombarded by icy comets and waterlogged asteroids, for instance, or it could form far enough from its host star that water can precipitate as ice. However, certain exoplanets pose a puzzle to astronomers: alien worlds that closely orbit their scorching home stars yet somehow appear to hold significant amounts of water. A new series of laboratory experiments, published today in Nature, has revealed a deceptively straightforward solution to this enigma: These planets make their own water. Using diamond anvils and pulsed lasers, researchers managed to re-create the intense temperatures and pressures present at the boundary between these planets' hydrogen atmospheres and molten rocky cores. Water emerged as the minerals cooked within the hydrogen soup. Because this kind of geologic cauldron could theoretically boil and bubble for billions of years, the mechanism could even give hellishly hot planets bodies of water -- implying that ocean worlds, and the potentially habitable ones among them, may be more common than scientists already thought. "They can basically be their own water engines," says Quentin Williams, an experimental geochemist at the University of California Santa Cruz who was not involved with the new work.

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We’re guessing that turning it off and on again won’t help given qubits can be on and off at the same time

IBM has one-upped AWS and Microsoft by reporting an outage in one of its cloudy quantum computers.…

Brings its largely unloved browser to PCs and promises to make its Exynos SoCs more competitive

Samsung has signaled it intends to take on Google and Qualcomm.…