Zuckerberg Says He Regrets Not Being More Outspoken About ‘Government Pressure’
The Meta CEO also said the company “shouldn’t have demoted” a New York Post story about corruption allegations involving President Biden’s family ahead of the 2020 election while waiting for fact-checkers to review it. The social media company has since updated its policies and processes, including no longer demoting content in the U.S. while waiting for fact-checkers, he noted. Zuckerberg also said in Monday’s letter that he does not plan to make contributions to local jurisdictions to support election infrastructure this cycle, like he did during the 2020 election.
The contributions, which were “designed to be non-partisan,” were accused of being unfairly distributed between left-leaning and right-leaning areas and labeled “Zuckerbucks” by Republicans. “Still, despite the analyses I’ve seen showing otherwise, I know that some people believe this work benefited one party over the other,” Zuckerberg said. “My goal is to be neutral and not play a role one way or another — or to even appear to be playing a role.” House Judiciary Republicans touted the letter as a “big win for free speech,” writing on X: “Mark Zuckerberg just admitted three things: 1. Biden-Harris Admin ‘pressured’ Facebook to censor Americans. 2. Facebook censored Americans. 3. Facebook throttled the Hunter Biden laptop story.”
“Mark Zuckerberg also tells the Judiciary Committee that he won’t spend money this election cycle. That’s right, no more Zuck-bucks. Huge win for election integrity,” it added.
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Samsung TVs Will Get 7 Years of Free Tizen OS Upgrades
In the first half of this year, Samsung Electronics maintained the top spot in the global TV market with a 28.8% market share by revenue. However, the combined market share of Chinese companies TCL and Hisense has reached 22.1%, indicating fierce competition.
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Telegram CEO Pavel Durov’s Arrest Upends Kremlin Military Communications
“[Durov’s] arrest may have political grounds and be a tool for gaining access to the personal information of Telegram users,” the Deputy Speaker of the Russian Duma Vladislav Davankov said in a Telegram statement. “This cannot be allowed. If the French authorities refuse to release Pavel Durov from custody, I propose making every effort to move him to the UAE or the Russian Federation. With his consent, of course.” Their worry is that Durov may hand over encryption keys to the French authorities, allowing access to the platform and any communications that users thought was encrypted.
French President Emmanuel Macron said Monday that the arrest of Durov was “in no way a political decision.” The Russian embassy has demanded that it get access to Durov, but the Kremlin has so far not issued a statement on the arrest. “Before saying anything, we should wait for the situation to become clearer,” said Kremlin spokesperson Dmitry Peskov. However, officials and law enforcement agencies were instructed to clear all their communication from Telegram, the pro-Kremlin channel Baza reported. “Everyone who is used to using the platform for sensitive conversations/conversations should delete those conversations right now and not do it again,” Kremlin propagandist Margarita Simonyan said in a Telegram post. “Durov has been shut down to get the keys. And he’s going to give them.”
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A Revolutionary Quantum Compass Could Soon Make GPS-Free Navigation a Reality
Until recently, such a sensor — a thousand times more sensitive than today’s navigation-grade devices — would have filled a moving truck. But advancements are dramatically shrinking the size and cost of this technology. For the first time, researchers from Sandia National Laboratories have used silicon photonic microchip components to perform a quantum sensing technique called atom interferometry, an ultra-precise way of measuring acceleration. It is the latest milestone toward developing a kind of quantum compass for navigation when GPS signals are unavailable. The team published its findings and introduced a new high-performance silicon photonic modulator — a device that controls light on a microchip — as the cover story in the journal Science Advances… The new modulator is the centerpiece of a laser system on a microchip. Rugged enough to handle heavy vibrations, it would replace a conventional laser system typically the size of a refrigerator…
Besides size, cost has been a major obstacle to deploying quantum navigation devices. Every atom interferometer needs a laser system, and laser systems need modulators. “Just one full-size single-sideband modulator, a commercially available one, is more than $10,000,” said Sandia scientist Jongmin Lee. Miniaturizing bulky, expensive components into silicon photonic chips helps drive down these costs. “We can make hundreds of modulators on a single 8-inch wafer and even more on a 12-inch wafer,” Kodigala said. And since they can be manufactured using the same process as virtually all computer chips, “This sophisticated four-channel component, including additional custom features, can be mass-produced at a much lower cost compared to today’s commercial alternatives, enabling the production of quantum inertial measurement units at a reduced cost,” Lee said.
As the technology gets closer to field deployment, the team is exploring other uses beyond navigation. Researchers are investigating whether it could help locate underground cavities and resources by detecting the tiny changes these make to Earth’s gravitational force. They also see potential for the optical components they invented, including the modulator, in LIDAR, quantum computing, and optical communications.
Thanks to Slashdot reader schwit1 for sharing the news.
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Major Backdoor In Millions of RFID Cards Allows Instant Cloning
A significant backdoor in millions of contactless cards made by China-based Shanghai Fudan Microelectronics Group allows instantaneous cloning of RFID smart cards used to open office doors and hotel rooms around the world.
French security services firm Quarkslab has made an eye-popping discovery… Although the backdoor requires just a few minutes of physical proximity to an affected card to conduct an attack, an attacker in a position to carry out a supply chain attack could execute such attacks instantaneously at scale, researcher Philippe Teuwen explained in a paper.
Thanks to Slashdot reader wiredmikey for sharing the article.
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