Is Britain Becoming an Economic Colony?

THalf a century ago, protests erupted in the American colonies against British authority, triggered by Congress’ tea sales monopoly and the antics of a proud king. Fast forward to today, and it is Britain that finds itself under the influence of American tech giants (companies so powerful they operate as monopolies) and an unpredictable president. Strangely, Britain appears comfortable with this scenario, sometimes even willing to sustain its economic reliance. The UK isn’t alone in yielding to American corporate power, but it serves as a prominent example of why nations must collaborate to address the dominance of such hegemons.

The current age of American tech monopolization took root in the 2000s, when the UK, like many nations, became heavily reliant on a few major American platforms such as Google, Facebook, and Amazon. It was a period marked by optimism around the internet as a democratizing force, with the belief that these platforms would benefit everyone. During the 1990s, the vision was simple yet appealing: anyone with a passion or skill could go online and earn a living from it.

America’s edge in technology wasn’t a result of a single policy. However, it reflected a choice made by each nation, as highlighted by China’s decision to block foreign websites and develop its own. While such actions might be easier for authoritarian regimes, they also established an industrial strategy that left China as the sole major economy with its independent digital ecosystem.

This pattern continued from the 2000s into the 2010s. Amazon and Microsoft quickly dominated cloud computing. Within Europe and the UK, no significant competitors emerged to challenge platforms like Uber or Airbnb. While these companies have undeniably offered convenience and entertainment, the wealth generated by the Internet hasn’t been distributed as widely as many anticipated. Instead, American firms captured the majority, becoming the most valuable companies in history. This trend is repeating itself now with artificial intelligence, where the significant profits appear to be heading once more to Silicon Valley.

Why was there minimal pushback? Essentially, Britain and Europe adhered to the principles of free trade and globalization. According to this ideology, nations should concentrate on their strengths. Just as it made sense for Britain to import French wine or Spanish ham, relying on American technology rather than developing it domestically seemed logical. Instead, the focus shifted to Britain’s strengths, such as finance, creative industries, and whisky production.

However, when it comes to these new platforms, the comparison to standard trade collapses. There’s a crucial distinction between fine wine and the technology that supports the entire online economy. While Burgundy might be costly, it doesn’t siphon value or gather advantageous data from every interaction. The trade theories of the 1990s blurred the lines between ordinary goods and those integral to the market infrastructure necessary for buying and selling. Google and Amazon epitomize this. A more fitting analogy would be allowing foreign companies to construct toll roads throughout the country and charge whatever they wish for usage.

Now, as we build artificial intelligence, we witness a similar scenario. During President Trump’s state visit in September, the UK confidently highlighted investments by Google and Microsoft in “data centers”—expansive facilities filled with computer servers powering AI systems. Yet, data centers represent the most basic level of the AI economy, serving solely to send profits back to U.S. headquarters.

In a different scenario, the UK could have emerged as a genuine leader in AI. At one point, American researchers trailed behind their British and French counterparts. Yet, in a move that neither the U.S. nor the Chinese governments would have permitted, the UK willingly allowed the sale of many major AI assets and talents over the past decade—Google’s acquisition of DeepMind serves as a prominent example. What’s left is an AI strategy that primarily involves supplying electricity and land for data centers. It feels akin to being invited to a gathering only to discover you’re there to pour drinks.

If technology platforms are indeed comparable to toll roads, a rational step would be to mitigate their burden, potentially by instituting toll caps or imposing charges for data extraction. Yet, no country has taken such actions. We accept the platform’s existence, but we struggle to regulate its influence like we would with traditional utilities. The European Union has made strides through digital market legislation that manages how dominant platforms interact with their reliant businesses. Meanwhile, the U.S. government finds itself at the behest of its own tech giants, with Congress stuck in inertia.

Should the UK choose an alternative route to combat this economic colonization and exploitation, it could collaborate with the European Union and possibly Japan to devise a unified strategy. This strategy would compel platforms to support local businesses and cultivate alternatives to established U.S. technologies. However, thus far, the UK, along with other nations subjected to American hegemony, has been slow to adapt, clinging to a 90s approach even though evidence suggests this is no longer effective.

The reality is we are now in a more strategic and cynical era. Regardless, a far more rigorous antitrust framework is necessary than what we’ve observed thus far. Across the globe, it’s evident that a more diverse array of companies from various nations would lead to a better world. The alternatives are not only costly but also foster political risks, resentment, and dependency. We can aspire to more than a future where what passes for economic freedom is merely a choice between reliance on the United States or dependency on China.

Tim Wu is a former special assistant to President Biden and the author of the book The Age of Extraction: How Tech Platforms Conquered the Economy and Threatened Our Future Prosperity (Bodley Head).

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Source: www.theguardian.com

Enhanced Colony Resilience through Artificial Superfoods for Honeybees

Bees often struggle to get the nutrients they need from flowers

Ran Zisovitch/Shutterstock

Artificial “superfoods” that supply vital nutrients for honeybees indicate that colonies could generate significantly more larvae, potentially addressing the worldwide decline in bee populations.

Bees rely on a diverse range of flower pollen to acquire essential nutrients, including crucial lipids known as sterols. Unfortunately, climate change and industrial farming practices often leave their habitats lacking the floral variety necessary for their survival. “For crops to be pollinated, you need more bees, but they have less food,” says Geraldine Light from Oxford University.

In response to this, beekeepers are increasingly providing artificial pollen substitutes. Yet, the common commercial supplements, typically made from protein powders, sugars, and oils, are deficient in the necessary sterol compounds, rendering them nutritionally inadequate.

Through CRISPR gene editing, Wright and her team developed the yeast Yarrowia Lipolytica to manufacture the precise blend of six essential sterols that bees require. This yeast was included in the diet of bee colonies during a three-month feeding trial conducted in a controlled glasshouse.

At the conclusion of the study, colonies fed the sterol-enhanced yeast produced up to 15 times more larvae reaching the viable pupal stage than those receiving standard commercial bee feed.

Colonies on a sterol-rich diet maintained their egg and larval production throughout the 90-day period, while those with sterol-deficient diets experienced a significant decline in chick production before the study’s conclusion.

“Our technology enables beekeepers to nourish their bees alongside pollen,” Wright explains. “When integrated with pollen alternatives that are optimized with other nutrients, honeybees can develop healthier, more robust, and longer-lasting colonies.”

This yeast can also be utilized to formulate essential nutrients for other farmed insects, which are becoming increasingly vital food sources for both humans and livestock, according to Wright.

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Source: www.newscientist.com

Evidence of Indigenous Canines in Jamestown Colony during the 17th Century Unearthed through Ancient DNA Analysis

Multiple studies have demonstrated that European colonization of the Americas caused the extinction of most mitochondrial lineages of North American dogs between 1492 and present, and that they were replaced by European lineages. Historical records indicate that colonists imported dogs from Europe to North America, and that they became objects of interest and exchange as early as the 17th century. However, it is unclear whether the oldest archaeological dogs found from the colonial period were of European, Native American, or mixed ancestry. To determine the ancestry of dogs from the Jamestown Colony in Virginia, scientists sequenced ancient mitochondrial DNA (mtDNA) from six archaeological dogs dating from 1609 to 1617.

Lithograph “Indian Dog with Rabbit” by John Woodhouse Audubon.

Europeans and Native Americans treasured dogs as pets, used them for similar tasks, and as symbols of identity.

As a result, the dogs reflected the tensions between European and Native American cultures: settlers described Native American dogs as mongrels to emphasize their perception that Native Americans would not breed or own dogs.

Indigenous peoples perceived European dogs as a direct threat to their existence and took steps to restrict their use.

“Previous research had suggested that there were many indigenous dog species in the continental United States, but that they had gone extinct,” said Ariane Thomas, an anthropologist at the University of Iowa.

“We wanted to understand what it meant: when did it happen, were the dogs culled, were they in competition with European dogs or were they sick?”

Dr. Thomas and his colleagues focused on the Jamestown Colony in Virginia because of the number of dog remains found at the site and evidence of Native American influence.

They were able to identify and analyze 181 bones representing at least 16 different dogs.

Of these, the researchers selected 22 sites that span multiple points in Jamestown's early settlement, from 1607 to 1619.

To better understand the ancestry of these dogs, they extracted and sequenced ancient mtDNA.

Based on body size estimates alone, the researchers found that most of the Jamestown dogs weighed between 10 and 18 kg (22 and 39 pounds), comparable to modern beagles and schnauzers.

Additionally, many of the dog bones bore signs of human damage, including burn marks and cuts.

“Cut marks and other signs of butchery found on the dogs indicate that some of these dogs were eaten,” Dr Thomas said.

“This suggests that when settlers arrived, they did not have enough food and had to rely on the native dogs of the area.”

“Furthermore, DNA sequencing demonstrated that at least six of the dogs showed evidence of Native American ancestry.”

“Our findings indicate that there were indigenous dogs in the region and that they did not quickly become extinct when Europeans arrived.”

“While it is not surprising that dogs could be identified with Native American ancestry, our results suggest that settlers and Native American tribes may have been exchanging dogs and had little concern about potential interbreeding.”

of Survey results Published in the journal American Antiquity.

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Ariane E. Thomas othersTsenacomoco Dogs: Ancient DNA reveals presence of local dogs in Jamestown Colony in the early 17th century. American AntiquityPublished online May 22, 2024, doi: 10.1017/aaq.2024.25

Source: www.sci.news