Month: March 2023

Enlarge / The Meta Quest Pro at a Best Buy demo station in October 2022.

The next Meta Quest headset, planned for launch this year, will be thinner, twice as powerful, and slightly more expensive than the Quest 2. That's according to a leaked internal hardware roadmap presentation obtained by The Verge that also includes plans for high-end, smartband-controlled, ad-supported AR glasses by 2027.

The "Quest 3" will also include a new "Smart Guardian" system that lets users walk around safely in "mixed reality," according to the presentation. That will come ahead of a more "accessible" headset, codenamed Ventura, which is planned for a release in 2024 at "the most attractive price point in the VR consumer market."

That Ventura description brings to mind John Carmack's October Meta Connect keynote, in which he highlighted his push for a "super cheap, super lightweight headset" targeting "$250 and 250 grams." Carmack complained that Meta is "not building that headset today, but I keep trying." Months later, Carmack announced he was leaving the company, complaining that he was "evidently not persuasive enough" to change the company for the better.

Enlarge / The Meta Quest Pro at a Best Buy demo station in October 2022.

The next Meta Quest headset, planned for launch this year, will be thinner, twice as powerful, and slightly more expensive than the Quest 2. That's according to a leaked internal hardware roadmap presentation obtained by The Verge that also includes plans for high-end, smartband-controlled, ad-supported AR glasses by 2027.

The "Quest 3" will also include a new "Smart Guardian" system that lets users walk around safely in "mixed reality," according to the presentation. That will come ahead of a more "accessible" headset, codenamed Ventura, which is planned for a release in 2024 at "the most attractive price point in the VR consumer market."

That Ventura description brings to mind John Carmack's October Meta Connect keynote, in which he highlighted his push for a "super cheap, super lightweight headset" targeting "$250 and 250 grams." Carmack complained that Meta is "not building that headset today, but I keep trying." Months later, Carmack announced he was leaving the company, complaining that he was "evidently not persuasive enough" to change the company for the better.

Enlarge / Tory Bruno (L), CEO of United Launch Alliance, with Amazon founder Jeff Bezos at a news conference in 2014. (credit: Win McNamee/Getty Images)

One of the world's most important rocket companies, United Launch Alliance, may be sold later this year.

The potential sale has not been disclosed publicly, but three sources confirmed to Ars that potential buyers have been contacted about the opportunity. These sources said a deal is expected to be closed before the end of this year and that investment firm Morgan Stanley and consulting firm Bain & Company are managing the transaction.

The sale of United Launch Alliance, or ULA as it is known within the industry, would mark the end of an era that has lasted for nearly two decades. The company was officially formed in 2005 as part of a deal brokered by the US government, ensuring the military had access to both Atlas and Delta rockets to put national security satellites into space. To form ULA, Lockheed Martin and Boeing merged their launch businesses into a single company, each taking a 50 percent stake.

Enlarge / Tory Bruno (L), CEO of United Launch Alliance, with Amazon founder Jeff Bezos at a news conference in 2014. (credit: Win McNamee/Getty Images)

One of the world's most important rocket companies, United Launch Alliance, may be sold later this year.

The potential sale has not been disclosed publicly, but three sources confirmed to Ars that potential buyers have been contacted about the opportunity. These sources said a deal is expected to be closed before the end of this year and that investment firm Morgan Stanley and consulting firm Bain & Company are managing the transaction.

The sale of United Launch Alliance, or ULA as it is known within the industry, would mark the end of an era that has lasted for nearly two decades. The company was officially formed in 2005 as part of a deal brokered by the US government, ensuring the military had access to both Atlas and Delta rockets to put national security satellites into space. To form ULA, Lockheed Martin and Boeing merged their launch businesses into a single company, each taking a 50 percent stake.

Enlarge (credit: Andriy Onufriyenko)

Trying to make computers more like human brains isn’t a new phenomenon. However, a team of researchers from Johns Hopkins University argues that there could be many benefits in taking this concept a bit more literally by using actual neurons, though there are some hurdles to jump first before we get there.

In a recent paper, the team laid out a roadmap of what's needed before we can create biocomputers powered by human brain cells (not taken from human brains, though). Further, according to one of the researchers, there are some clear benefits the proposed “organoid intelligence” would have over current computers.

“We have always tried to make our computers more brain-like,” Thomas Hartung, a researcher at Johns Hopkins University’s Environmental Health and Engineering department and one of the paper’s authors, told Ars. “At least theoretically, the brain is essentially unmatched as a computer.”

Enlarge (credit: Andriy Onufriyenko)

Trying to make computers more like human brains isn’t a new phenomenon. However, a team of researchers from Johns Hopkins University argues that there could be many benefits in taking this concept a bit more literally by using actual neurons, though there are some hurdles to jump first before we get there.

In a recent paper, the team laid out a roadmap of what's needed before we can create biocomputers powered by human brain cells (not taken from human brains, though). Further, according to one of the researchers, there are some clear benefits the proposed “organoid intelligence” would have over current computers.

“We have always tried to make our computers more brain-like,” Thomas Hartung, a researcher at Johns Hopkins University’s Environmental Health and Engineering department and one of the paper’s authors, told Ars. “At least theoretically, the brain is essentially unmatched as a computer.”