How Google Avoided a Major Split – And Why OpenAI Values This Move

Greetings and welcome to TechScape. I’m your host, Blake Montgomery, currently working on the audiobook rendition of Don DeLillo’s White Noise.

In today’s tech segment, Artificial Intelligence finds itself in the courtroom spotlight as Google’s pivotal antitrust trial unfolds, coinciding with significant settlements involving the book’s author.

Why Did OpenAI Assist Google in Skirting the Chrome Sale?

Google has evaded a major crisis thanks to its largest competitors. A judge recently ruled against forcing the sale of Chrome, the most popular web browser globally, allowing the tech giant to maintain its place.

Judge Amit Mehta, who concluded in 2024 that Google has maintained an illegal monopoly in internet search, indicated last week that the US government’s attempt to sell Chrome was not necessary. While the company cannot strike exclusive distribution deals for search engines, it still retains the ability to distribute on certain conditions, including sharing data with competitors. Although an appeal is likely, Sundar Pichai can breathe a little easier for now.

Many critics deemed this decision a light penalty, often referring to it as merely a “wrist slap.” This phrase echoed through numerous responses I received after the ruling was announced.

The leniency in the ruling stems from the emergence of real competition against Google, underscoring the significance of this case. While United States v. Google targets search specifically, its implications ripple into the developing realm of generative artificial intelligence.

“The rise of generative AI has altered the trajectory of this case,” remarked Mehta. “The remedies now focus on fostering competition among search engines and ensuring that Google’s advantages in search do not translate into the generative AI sector.”

Mehta noted that previous years saw little investment and innovation in internet searches, allowing Google to dominate unchecked. Today, various generative AI companies are securing substantial investments to introduce products that challenge conventional internet search advantages. Mehta particularly commended OpenAI and ChatGPT, mentioning them numerous times in his ruling.

“These firms are now better positioned, both financially and technologically, to compete with Google than traditional search entities have been for decades,” he stated. “There’s a hope that if a groundbreaking product surfaces, Google cannot simply overshadow its competitors.” This suggests a prudent approach before imposing serious disadvantages on Google in an increasingly competitive landscape.

For nearly two decades, Google has served as the default search engine for Safari since the iPhone’s launch. In contrast, competition in generative AI mirrors Apple’s dealings with both Google and OpenAI. In June 2024, Apple announced a collaboration with OpenAI for iPhone features. However, by August 2025, discussions with Google about utilizing Gemini for Siri’s overhaul surfaced. Bloomberg. May the best bot triumph.

Back in April, I speculated that OpenAI might emerge as a potential buyer for Chrome, predicting that ChatGPT’s creators would benefit from Google’s vulnerabilities. Later that month, OpenAI executives confirmed their intentions to pursue exactly that.

It’s almost poetic that OpenAI’s success has inadvertently saved Google. The startup seems to owe a debt of gratitude to its predecessors, as a research paper crafted by Google scholars laid the groundwork for ChatGPT back in 2017.

With Google valued at $2.84 trillion and OpenAI emerging as a David worth around $500 million, the narrative shifts to a classic underdog story. Stay tuned; OpenAI is not merely Google’s biggest competition. In December 2022, Google’s management team acknowledged the threat posed by ChatGPT, labeling it a “Code Red” for a profitable search business. Pichai even redirected many Google employees to focus on AI projects.

Unlike Goliath, who underestimated his challenger, Google recognized that the launch of ChatGPT—the moment generative AI entered mainstream consciousness—redefined the competitive landscape. The threat was indeed substantial.

While Google is racing to catch up with OpenAI in the AI arena, David still features the advantage of being the first mover. ChatGPT has become synonymous with generative AI, potentially representing AI in general. However, Google remains a formidable player, engaging billions daily through search engine AI features.

Thanks to Mehta’s ruling, Google narrowly averted a disaster, keeping Chrome in its portfolio. However, looming challenges await, as the tech giant faces another antitrust hearing later this year concerning its advertising business, essential to its financial success. Google controls the online advertising distribution channels and the platforms for digital sales.

Coincidentally, the European Union imposed a fine of approximately 3 billion euros on Google for exploiting its dominant position in advertising technology in the same week as Mehta’s verdict, threatening to dismantle its AdTech division.

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British Technology

Significant Payment Hopes to Secure Authors Cash from AI

On July 25, 2023, Dario Amodei, CEO of Anthropic, testifies before the Senate Judicial Subcommittee on Privacy, Technology, and Legal Trials in Washington, DC. Photo: Valerie Press/Bloomberg via Getty Images

Recently, Anthropic, the creator of the Claude Chatbot, agreed to a $1.5 billion payout to an authors’ group, settling allegations that they used millions of books to train their AI. This landmark settlement is hailed as the largest copyright restoration attempt ever. While Anthropic did not admit fault, they allocated $3,000 for each of approximately 500,000 authors, totaling $1.5 billion.

The company acknowledged training on roughly 7 million books acquired from various unauthorized sources in 2021. Following burgeoning copyright threats, they have since obtained and scanned physical copies of these works. Destruction of these items was lamentable.

For creative professionals concerned about AI’s existential threats, this settlement is a hard-won victory, addressing unauthorized use that threatens livelihoods. British writers have raised alarms about AI generating original text and are advocating for accountability from tech giants like Meta. However, hostility from the government appears unlikely, given Meta’s CEO’s close ties to the current US president.

The aftermath of Anthropic’s settlement has already had ripple effects, with authors filing lawsuits against Apple for allegedly using similar training methods.

Nonetheless, this outcome isn’t an unqualified triumph for writers. The central issue revolved around copyright infringement, which, while serious, had precedent under fair use, allowing Anthropic to utilize copyrighted books for AI training. Judge William Allsup suggested that using these books was akin to “readers wishing to become writers.” This outcome indicates that AI companies may have initially secured stronger positions than believed.

Read More: Anthropic did not infringe copyright when training AI on books without permission, court rules.

Moving forward, Meta appears to be the next prime litigation target for authors, given its similar practices to Anthropic in training models using unauthorized databases. While Meta emerged relatively unscathed in its recent copyright dispute, the Anthropic settlement could prompt Meta’s legal team to expedite resolving pending lawsuits.

Other key AI players remain unencumbered by lawsuits. While OpenAI and Microsoft face accusations regarding unauthorized usage of Books3, no substantial evidence has been established against them, unlike Anthropic and Meta.

This legal scrutiny extends to various media, with recent lawsuits against AI entities like MidJourney from Warner Bros. Discovery and Disney.

Wider Technology

Source: www.theguardian.com

Josef’s Split Fiction and Co-op Video Games Joy: Micro Transactions with No Nonsense

tBelow are some video game developers who are not as vocal as Joseph Fares of Hazelight. Fares is known for his viral rant at a live streamed awards show and is considered a refreshing and unpredictable voice in the industry. He believes in speaking his mind and finds it strange that people can’t express their thoughts freely in interviews.

Although Fares is seen as a passionate advocate for cooperative gameplay in the gaming community, in his native Sweden, he is best known as an award-winning film director. His films range from comedy to more introspective works like Zozo, which explores his experiences as a child during the Lebanese civil war.

With no formal training, Fares learned by trial and error, eventually leading him to the world of game development. His passion for storytelling and gaming culminated in the creation of Hazelight Studios, dedicated to producing story-driven cooperative games.

“There was a lot of trial and error. I just did it, did it, and did it until I got it right.”… Brothers: A story about two sons. Photo: 505 Games

Fares’s latest game, Split Fiction, continues his tradition of innovative storytelling and gameplay. He believes in pushing the boundaries of the medium and creating unique experiences for players. Despite the challenges of interactive storytelling, Fares is determined to explore new ways of narrative in gaming.

“New things in the industry were extremely challenging”… it takes two.

Fares remains critical of the gaming industry’s shift towards live service games and believes in balancing creativity with commercial success. He values the artistry of game development and aims to create memorable experiences for players.

Split Fiction will be released on PC, PS5, and Xbox on March 6th

Source: www.theguardian.com

Astronomers witness the split of dark and regular matter in the clash of two galaxy clusters

The two galaxy clusters, known as MACS J0018.5+1626, contain thousands of galaxies each and are located billions of light-years away from Earth. As the clusters hurtled towards each other, dark matter traveled faster than normal matter.

This artist's conceptual illustration shows what happened when two massive clusters of galaxies, collectively known as MACS J0018.5+1626, collided. The dark matter (blue) in the clusters moves ahead of the associated hot gas clouds, or regular matter (orange). Both dark matter and regular matter feel the pull of gravity, but only the regular matter experiences additional effects like shocks and turbulence that slow it down during the collision. Image courtesy of W. M. Keck Observatory/Adam Makarenko.

Galaxy cluster mergers are a rich source of information for testing the astrophysics and cosmology of galaxy clusters.

However, the coalescence of clusters produces complex projection signals that are difficult to physically interpret from individual observation probes.

“Imagine a series of sand-carrying dump trucks colliding, and the dark matter would fly forward like sand,” says astronomer Emily Silich of the California Institute of Technology and the Harvard-Smithsonian Center for Astrophysics.

This separation of dark matter and normal matter has been observed before, most famously in the Bullet Cluster.

In this collision, hot gas can be clearly seen lagging behind dark matter after the two galaxy clusters push through each other.

The situation that occurred in MACS J0018.5+1626 is similar, but the direction of the merger is rotated about 90 degrees relative to the direction of the Bullet Cluster.

In other words, one of the giant galaxy clusters in MACS J0018.5+1626 is flying almost straight towards Earth, while the other is moving away.

This orientation gave the researchers a unique perspective to map the speeds of both dark and normal matter for the first time, and unravel how they separate during galaxy cluster collisions.

“Bullet Cluster makes you feel like you're sitting in the stands watching a car race, taking beautiful snapshots of cars moving from left to right on a straight stretch of road,” said Jack Sayers, a professor at the California Institute of Technology.

“For us, it's like standing in front of an oncoming car on a straight stretch of road with a radar gun and measuring its speed.”

To measure the velocity of ordinary matter, or gas, in galaxy clusters, the astronomers used an observational technique known as the kinetic Sunyaev-Zel'dovich (SZ) effect.

In 2013, they made the first observational detection of the kinetic SZ effect on an individual cosmic object, a galaxy cluster named MACS J0717.

The kinetic SZ effect occurs when photons from the early universe, or the cosmic microwave background radiation (CMB), are scattered by electrons in hot gas on their way to Earth.

Photons undergo a shift called the Doppler shift due to the movement of electrons in the gas cloud along the line of sight.

By measuring the change in brightness of the CMB due to this shift, astronomers can determine the speed of the gas clouds within the cluster.

By 2019, the study authors had made these motional SZ measurements in several galaxy clusters to determine the velocity of the gas, or ordinary matter.

They also measured the speed of galaxies within the cluster, which gave them an indirect idea of ​​the speed of dark matter.

However, at this stage of the study, our understanding of the cluster orientation was limited.

All they knew was that one of them, MACS J0018.5+1626, was showing signs of something strange going on: hot gas, or regular matter, moving in the opposite direction to dark matter.

“We saw a totally strange phenomenon where the velocities were in opposite directions, which initially made us think there might be a problem with the data,” Prof Sayers said.

“Even our colleagues simulating galaxy clusters had no idea what was going on.”

Scientists then used data from NASA's Chandra X-ray Observatory to determine the temperature and location of the gas in the cluster, as well as the extent to which it is being bombarded.

“These cluster collisions are the most energetic events since the Big Bang,” Šilić said.

“Chandra will measure the extreme temperatures of the gas, which will tell us the age of the merger and how recently the galaxy cluster collision took place.”

The authors found that before the collision, the clusters were moving towards each other at about 3,000 kilometers per second, roughly 1 percent of the speed of light.

With a more complete picture of what's going on, they were able to work out why dark matter and normal matter appear to be moving in opposite directions.

They say it's hard to visualize, but the direction of the collision, combined with the fact that dark matter and normal matter separated from each other, explains the strange speed measurements.

It is hoped that more studies like this one will be conducted in the future, providing new clues about the mysterious properties of dark matter.

“This work is a starting point for more detailed studies into the nature of dark matter,” Šilić said.

“We now have a new type of direct probe that shows us how dark matter behaves differently from ordinary matter.”

of Investigation result Published in Astrophysical Journal.

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Emily M. Silich others. 2024. ICM-SHOX. I. Methodology overview and discovery of gas-dark matter velocity separation in the MACS J0018.5+1626 merger. ApJ 968, 74; doi: 10.3847/1538-4357/ad3fb5

This article is a version of a press release provided by Caltech.

Source: www.sci.news