The Starlink waitlist is back in certain parts of the US, including several large cities on the West Coast and in Texas. The Starlink availability map says the service is sold out in and around Seattle; Spokane, Washington; Portland, Oregon; San Diego; Sacramento, California; and Austin, Texas. Neighboring cities and towns are included in the sold-out zones.

There are additional sold-out areas in small parts of Colorado, Montana, and North Carolina. As PCMag noted yesterday , the change comes about a year after Starlink added capacity and removed its waitlist throughout the US.

Elsewhere in North America, there are some sold-out areas in Canada and Mexico. Across the Atlantic, Starlink is sold out in London and neighboring cities. Starlink is not yet available in most of Africa, and some of the areas where it is available are sold out.

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The Starlink waitlist is back in certain parts of the US, including several large cities on the West Coast and in Texas. The Starlink availability map says the service is sold out in and around Seattle; Spokane, Washington; Portland, Oregon; San Diego; Sacramento, California; and Austin, Texas. Neighboring cities and towns are included in the sold-out zones.

There are additional sold-out areas in small parts of Colorado, Montana, and North Carolina. As PCMag noted yesterday , the change comes about a year after Starlink added capacity and removed its waitlist throughout the US.

Elsewhere in North America, there are some sold-out areas in Canada and Mexico. Across the Atlantic, Starlink is sold out in London and neighboring cities. Starlink is not yet available in most of Africa, and some of the areas where it is available are sold out.

Read full article

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The Starlink waitlist is back in certain parts of the US, including several large cities on the West Coast and in Texas. The Starlink availability map says the service is sold out in and around Seattle; Spokane, Washington; Portland, Oregon; San Diego; Sacramento, California; and Austin, Texas. Neighboring cities and towns are included in the sold-out zones.

There are additional sold-out areas in small parts of Colorado, Montana, and North Carolina. As PCMag noted yesterday , the change comes about a year after Starlink added capacity and removed its waitlist throughout the US.

Elsewhere in North America, there are some sold-out areas in Canada and Mexico. Across the Atlantic, Starlink is sold out in London and neighboring cities. Starlink is not yet available in most of Africa, and some of the areas where it is available are sold out.

Read full article

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"Who up missing Musi?" a Reddit user posted in a community shocked by the free music streaming app's sudden removal from Apple's App Store in September.

Apple kicked Musi out of the App Store after receiving several copyright complaints. Musi works by streaming music from YouTube—seemingly avoiding paying to license songs—and YouTube was unsurprisingly chief among those urging Apple to stop allowing the alleged infringement.

Musi was previously only available through the App Store. Once Musi was removed from the App Store, anyone who downloaded Musi could continue using the app uninterrupted. But if the app was ever off-loaded during an update or if the user got a new phone, there would be no way to regain access to their Musi app or their playlists.

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"Who up missing Musi?" a Reddit user posted in a community shocked by the free music streaming app's sudden removal from Apple's App Store in September.

Apple kicked Musi out of the App Store after receiving several copyright complaints. Musi works by streaming music from YouTube—seemingly avoiding paying to license songs—and YouTube was unsurprisingly chief among those urging Apple to stop allowing the alleged infringement.

Musi was previously only available through the App Store. Once Musi was removed from the App Store, anyone who downloaded Musi could continue using the app uninterrupted. But if the app was ever off-loaded during an update or if the user got a new phone, there would be no way to regain access to their Musi app or their playlists.

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"Who up missing Musi?" a Reddit user posted in a community shocked by the free music streaming app's sudden removal from Apple's App Store in September.

Apple kicked Musi out of the App Store after receiving several copyright complaints. Musi works by streaming music from YouTube—seemingly avoiding paying to license songs—and YouTube was unsurprisingly chief among those urging Apple to stop allowing the alleged infringement.

Musi was previously only available through the App Store. Once Musi was removed from the App Store, anyone who downloaded Musi could continue using the app uninterrupted. But if the app was ever off-loaded during an update or if the user got a new phone, there would be no way to regain access to their Musi app or their playlists.

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In September, Microsoft made an unusual combination of announcements . It demonstrated progress with quantum error correction, something that will be needed for the technology to move much beyond the interesting demo phase, using hardware from a quantum computing startup called Quantinuum. At the same time, however, the company also announced that it was forming a partnership with a different startup, Atom Computing, which uses a different technology to make qubits available for computations.

Given that, it was probably inevitable that the folks in Redmond, Washington, would want to show that similar error correction techniques would also work with Atom Computing's hardware. It didn't take long, as the two companies are releasing a draft manuscript describing their work on error correction today. The paper serves as both a good summary of where things currently stand in the world of error correction, as well as a good look at some of the distinct features of computation using neutral atoms.

Atoms and errors

While we have various technologies that provide a way of storing and manipulating bits of quantum information, none of them can be operated error-free. At present, errors make it difficult to perform even the simplest computations that are clearly beyond the capabilities of classical computers. More sophisticated algorithms would inevitably encounter an error before they could be completed, a situation that would remain true even if we could somehow improve the hardware error rates of qubits by a factor of 1,000—something we're unlikely to ever be able to do.

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In September, Microsoft made an unusual combination of announcements . It demonstrated progress with quantum error correction, something that will be needed for the technology to move much beyond the interesting demo phase, using hardware from a quantum computing startup called Quantinuum. At the same time, however, the company also announced that it was forming a partnership with a different startup, Atom Computing, which uses a different technology to make qubits available for computations.

Given that, it was probably inevitable that the folks in Redmond, Washington, would want to show that similar error correction techniques would also work with Atom Computing's hardware. It didn't take long, as the two companies are releasing a draft manuscript describing their work on error correction today. The paper serves as both a good summary of where things currently stand in the world of error correction, as well as a good look at some of the distinct features of computation using neutral atoms.

Atoms and errors

While we have various technologies that provide a way of storing and manipulating bits of quantum information, none of them can be operated error-free. At present, errors make it difficult to perform even the simplest computations that are clearly beyond the capabilities of classical computers. More sophisticated algorithms would inevitably encounter an error before they could be completed, a situation that would remain true even if we could somehow improve the hardware error rates of qubits by a factor of 1,000—something we're unlikely to ever be able to do.

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In September, Microsoft made an unusual combination of announcements . It demonstrated progress with quantum error correction, something that will be needed for the technology to move much beyond the interesting demo phase, using hardware from a quantum computing startup called Quantinuum. At the same time, however, the company also announced that it was forming a partnership with a different startup, Atom Computing, which uses a different technology to make qubits available for computations.

Given that, it was probably inevitable that the folks in Redmond, Washington, would want to show that similar error correction techniques would also work with Atom Computing's hardware. It didn't take long, as the two companies are releasing a draft manuscript describing their work on error correction today. The paper serves as both a good summary of where things currently stand in the world of error correction, as well as a good look at some of the distinct features of computation using neutral atoms.

Atoms and errors

While we have various technologies that provide a way of storing and manipulating bits of quantum information, none of them can be operated error-free. At present, errors make it difficult to perform even the simplest computations that are clearly beyond the capabilities of classical computers. More sophisticated algorithms would inevitably encounter an error before they could be completed, a situation that would remain true even if we could somehow improve the hardware error rates of qubits by a factor of 1,000—something we're unlikely to ever be able to do.

Read full article

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