Goldman Sachs Raising Funds to Buy Celsius Assets
As of Monday, the company said it’s still working on “stabilizing [their] liquidity and operations.”
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Sales And Repair
1715 S. 3rd Ave. Suite #1
Yakima, WA. 98902
Mon - Fri: 8:30-5:30
Sat - Sun: Closed
Sales And Repair
1715 S. 3rd Ave. Suite #1
Yakima, WA. 98902
Mon - Fri: 8:30-5:30
Sat - Sun: Closed
As of Monday, the company said it’s still working on “stabilizing [their] liquidity and operations.”
Read more of this story at Slashdot.
MARSIS uses low-frequency radio waves that bounce off the surface of Mars to search for water and study the Red Planet’s atmosphere. The instrument’s 130-foot antenna is capable of searching around three miles below the surface of Mars, and the software upgrades will enhance the signal reception and onboard data processing to improve the quality of data that’s sent back to Earth. “We faced a number of challenges to improve the performance of MARSIS,” explains Carlo Nenna, a software engineer at Enginium who is helping ESA with the upgrade. “Not least because the MARSIS software was originally designed over 20 years ago, using a development environment based on Microsoft Windows 98!”
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Thiomargarita magnifica, a bacteria discovered on sunken red mangrove leaves in Guadeloupe, Lesser Antilles, has blown this standard scale out of the water. The species has evolved filamentary cells that are “larger than all other known giant bacteria by ~50-fold,” making them “visible to the naked eye,” according to a study published on Thursday in Science.
Scientists led by Jean-Marie Volland, a marine biologist who holds joint appointments at the Laboratory for Research in Complex Systems and the Joint Genome Institute (JGI), a U.S. Department of Energy office at Lawrence Berkeley National Laboratory, suspect that this record-breaking adaptation is partly due to the astonishing number of duplicated genes wielded by T. magnifica, an ability that is known as polyploidy. […]
The results revealed that these bacteria contain DNA clusters in their cells, which are located in compartments bordered by membranes that the team called “pepins.” These organized pepins provide a stark contrast to the free-floating DNA seen in the cells of most bacteria. In addition, the team’s genetic sequencing revealed that T. magnifica contains hundreds of thousands of genome copies that are dispersed across the cell, adding up to about three times the number of genes in most bacteria, which is an extreme example of polyploidy. “These cellular features likely allow the organism to grow to an unusually large size and circumvent some of the biophysical and bioenergetic limitations on growth,” Volland and his colleagues said.
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The 31 prohibited conducts during live-streaming sessions include posting content that weakens or distorts the leadership of the Chinese Communist Party, the socialist system, or the country’s reform and opening-up. Other prohibited behaviors include using deepfake technologies to manipulate the images of party or state leaders and intentionally ‘building up’ sensitive issues and attracting public attention. Live streamers are also prohibited from showing an extravagant lifestyle, such as showing luxury products and cash, the policy said. This article originally appeared in the South China Morning Post.
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Germany however said it still aimed to close its coal power plants by 2030, in light of the greater emissions of climate-changing CO2 from the fossil fuel. “The 2030 coal exit date is not in doubt at all,” economy ministry spokesman Stephan Gabriel Haufe said at a regular news conference. The target was “more important than ever,” he added.
Austria’s government meanwhile announced Sunday that it would reopen a mothballed coal power station because of power shortages arising from reduced deliveries of gas from Russia. The authorities would work with the Verbund group, the country’s main electricity supplier, to get the station in the southern city of Mellach back in action, said the Chancellery. The European Commission noted Monday that “some of the existing coal capacities might be used longer than initially expected” because of the new energy landscape in Europe.
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The looming verdict comes nearly two years after Juul had applied for approval to keep selling e-cigarettes in the country. The FDA’s review of the applications was based on whether the e-cigarettes are effective in getting smokers to quit and, if so, whether the benefits to smokers outweigh the health damage to new users, including teenagers. […] The estimated fair value of Altria’s investment in Juul was $1.6 billion as of March end, a fraction of the $12.8 billion it paid in 2018, as a crackdown on vaping has upended the once fast-growing industry.
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“It’s the beginning of the end of Coinbase’s high-fee business model,” says Mizuho Securities analyst Dan Dolev. “We’ve said that the fees will eventually go close to zero. And it could be pretty rapid — it may be months. The market is very competitive and getting tighter.”
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Although entities like RS Access note that SpaceX has access to plenty of other spectrum to accomplish its broadband mission, SpaceX insists that the 12 GHz band has become one of the most important and intensely used spectrum bands for Americans who depend on satellite services. In fact, SpaceX said it depends on the 12 GHz band for the workhorse frequencies in critical downlink services to serve Americans “in every corner of the nation.” […] SpaceX would like the FCC to drop the 12 GHz proceeding, but Dish and RS Access have been urging the FCC for years to change the rules so that their MVDDS licenses can be used for two-way 5G services. In response to SpaceX’s submission, the 5G for 12 GHz Coalition, issued the following statement: “We understand that SpaceX has — after 18 months and both a robust comment and reply period — just filed its own in-house technical submission to the 12 GHz proceeding. Our engineers and technical experts are reviewing the filing in depth and remain committed to working in good faith with the FCC and stakeholders to ensure that the American public is able to reap the immense benefits of 5G services in this band.”
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Valve could have easily used the Steam Deck to lock players into its own ecosystem. It could have opted not to include a desktop mode and withheld instructions on how to lift its read-only restrictions. It could have discouraged users from installing different operating systems and made its recovery tools unavailable to the public. Console makers have long insisted that such restrictions are necessary for the good of their platforms. In 2020, for instance, Microsoft argued that because console makers sell their hardware at or below cost to create a market for their software, they shouldn’t have to accommodate third-party app stores or sideloading.
Similar arguments have spilled out into the broader mobile app business as well. In response to a lawsuit from Epic Games, Apple has claimed that its investments in the App Store wouldn’t be feasible if it couldn’t force developers to use its in-app purchase mechanisms. Some defenders of Apple’s viewpoint, such as Daring Fireball’s John Gruber, have argued that iOS is more like a game console than a PC platform. So, it’s all the more remarkable that Valve ignored all this hand-wringing and made the Steam Deck a haven for tinkerers. Instead of trying to shut out competitors, the company is betting that its own store will prevail on quality. If the Steam Deck successful — as it appears to be so far — it could upend years of conventional wisdom around walled gardens and become a threat to other consoles in more ways than one.
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Atom lasers that scientists have managed to achieve to date have been of the pulsed, rather than continuous variety; and involve firing off just one pulse before a new BEC needs to be generated. In order to create a continuous BEC, a team of researchers at the University of Amsterdam in the Netherlands realized something needed to change. “In previous experiments, the gradual cooling of atoms was all done in one place. In our setup, we decided to spread the cooling steps not over time, but in space: we make the atoms move while they progress through consecutive cooling steps,” explained physicist Florian Schreck. “In the end, ultracold atoms arrive at the heart of the experiment, where they can be used to form coherent matter waves in a BEC. But while these atoms are being used, new atoms are already on their way to replenish the BEC. In this way, we can keep the process going — essentially forever.” The research has been published in the journal Nature.
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