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Politics
US Introduces New Tariffs on 60 Trading Partners, Including UK, China and EU
US Introduces New Tariffs on 60 Trading Partners, Including UK, China and EU
Politics
What’s Happening?
The United States has introduced new tariffs of 10% to 12.5% on goods from 60 major trading partners, including the United Kingdom, China and the European Union. According to the US Trade Representative, the countries covered by the new policy account for about 99.4% of US imports. The 10%–12.5% tariffs replace a temporary 10% levy on imports from around the world that expired on Friday.
The administration says the new tariffs are linked to concerns about forced labour in global supply chains, with countries that have made and enforced commitments to prevent forced-labour imports facing the lower rate. US Trade Representative Jamieson Greer described the policy as an effort to address both human-rights concerns and what the administration considers unfair trade practices.
Why is it Important?
The new tariffs could raise costs for some businesses and consumers and may encourage countries to look for stronger trade relationships outside the US. Several governments, including Brazil, Japan and Australia, have criticised the new measures, while China has rejected allegations of forced labour and opposed the use of such claims to justify tariffs.
The move also follows a US Supreme Court decision earlier this year that struck down many of Trump's earlier global tariffs imposed under emergency powers. For young readers, the story shows how trade decisions between major economies can affect businesses, prices and relationships between countries around the world.
Tech
US Accuses Chinese AI Firm Moonshot of Using Anthropic's Model to Build Kimi K3
US Accuses Chinese AI Firm Moonshot of Using Anthropic's Model to Build Kimi K3
Tech
What’s Happening?
A fresh controversy has landed in the middle of the global AI race. US officials have accused Chinese AI company Moonshot AI of quietly using technology from Anthropic, the company behind the Claude models, to help build its Kimi K3 model. The technique at the centre of the allegation is called model distillation, where a newer or smaller AI system essentially learns by studying the outputs of a more capable one.
Distillation itself is a standard and widely used practice in AI development. The problem, according to US officials and Anthropic, is the scale and the lack of permission. Anthropic has previously alleged that Moonshot and other Chinese AI companies created thousands of accounts to generate millions of interactions with Claude, effectively using its models as a training resource without authorisation. The latest claims around Kimi K3 and Claude Fable 5 are an extension of that same dispute. It's worth noting that none of this has been proven in court, and Moonshot has not been found legally liable for any of the alleged conduct.
Why is it Important?
This case puts a spotlight on one of the murkier corners of the AI industry. Distillation is legitimate when done within agreed boundaries, but the line between learning from a competitor's outputs and reproducing their capabilities without permission is one the industry hasn't clearly drawn yet. That ambiguity is exactly what makes disputes like this so difficult to resolve.
There's also a broader context here that goes beyond one company's complaint about another. This is playing out against the backdrop of an intensifying US-China competition in artificial intelligence, where both sides are racing to build more capable systems and neither is particularly inclined to hand the other an advantage. Questions about intellectual property, fair competition, and what rules should actually govern AI development are becoming harder to sidestep. The Moonshot dispute is one of the more visible signs that the industry is going to have to grapple with them sooner rather than later.
Science
NASA-ISRO's NISAR Satellite Spots a 'Hummingbird' Hidden in East Antarctica's Ice
NASA-ISRO's NISAR Satellite Spots a 'Hummingbird' Hidden in East Antarctica's Ice
Science
What’s Happening?
A striking radar image from NISAR, the joint NASA-ISRO Earth-observation satellite, has revealed a landscape in East Antarctica that looks remarkably like a colourful hummingbird. But the "bird" is actually a natural formation: Nunatak Zaterjavshijsja, a mountaintop surrounded by moving glacier ice.
What looks like the bird's tail is a stream of ice flowing northeast towards the ocean, while the feather-like patterns are crevasses formed as the glacier moves around the mountain. NISAR's radar can capture details that ordinary optical images may miss, helping scientists study how ice moves and changes in one of Earth's most remote regions.
Why is it Important?
The image is more than a beautiful coincidence, it shows how powerful radar technology can help scientists understand Earth's changing landscapes. NISAR uses L-band and S-band synthetic aperture radar to monitor land and ice, even when clouds or darkness make traditional imaging difficult.
By studying glacier movement and crevasses, researchers can learn more about how Antarctica's ice behaves and how the continent may change over time. The "hummingbird" is therefore a fun reminder that sometimes the most eye-catching discoveries can also reveal important clues about our planet.
History
Silk Farming Reached Central Asia Nearly 4,000 Years Ago, New Discovery Suggests
Silk Farming Reached Central Asia Nearly 4,000 Years Ago, New Discovery Suggests
History
What’s Happening?
Silk may have been travelling across Asia much earlier than historians once thought. Researchers studying three ancient silkworm cocoons found at the Bronze Age site of Sapalli Tepe in present-day Uzbekistan say silk farming was already present in Central Asia between about 1940 and 1765 BCE,nearly 2,000 years earlier than the period traditionally associated with the spread of silk along the famous Silk Road.
Scientists identified the remains as belonging to Bombyx mori, the domesticated silkworm still used for silk production today. They also found evidence of mulberry trees, whose leaves are the silkworms’ main food.
Why is it Important?
The discovery could change how we understand the history of one of the world's most famous materials. The Silk Road is often remembered as the ancient network that connected distant regions through trade, but these findings suggest that silk production and the knowledge needed to make it were already moving across Eurasia during the Bronze Age.
The evidence from Sapalli Tepe including the cocoons, mulberry remains and an earlier-discovered piece of woven silk points to connections between communities thousands of years ago. It also shows that people were exchanging plants, animals, technologies and ideas long before the Silk Road became famous.
That's All The News For This Day.
But hey, the past has plenty of plot twists — check out previous editions!
Explore Previous News
Politics
US Introduces New Tariffs on 60 Trading Partners, Including UK, China and EU
US Introduces New Tariffs on 60 Trading Partners, Including UK, China and EU
Politics
What’s Happening?
The United States has introduced new tariffs of 10% to 12.5% on goods from 60 major trading partners, including the United Kingdom, China and the European Union. According to the US Trade Representative, the countries covered by the new policy account for about 99.4% of US imports. The 10%–12.5% tariffs replace a temporary 10% levy on imports from around the world that expired on Friday.
The administration says the new tariffs are linked to concerns about forced labour in global supply chains, with countries that have made and enforced commitments to prevent forced-labour imports facing the lower rate. US Trade Representative Jamieson Greer described the policy as an effort to address both human-rights concerns and what the administration considers unfair trade practices.
Why is it Important?
The new tariffs could raise costs for some businesses and consumers and may encourage countries to look for stronger trade relationships outside the US. Several governments, including Brazil, Japan and Australia, have criticised the new measures, while China has rejected allegations of forced labour and opposed the use of such claims to justify tariffs.
The move also follows a US Supreme Court decision earlier this year that struck down many of Trump's earlier global tariffs imposed under emergency powers. For young readers, the story shows how trade decisions between major economies can affect businesses, prices and relationships between countries around the world.
Tech
US Accuses Chinese AI Firm Moonshot of Using Anthropic's Model to Build Kimi K3
US Accuses Chinese AI Firm Moonshot of Using Anthropic's Model to Build Kimi K3
Tech
What’s Happening?
A fresh controversy has landed in the middle of the global AI race. US officials have accused Chinese AI company Moonshot AI of quietly using technology from Anthropic, the company behind the Claude models, to help build its Kimi K3 model. The technique at the centre of the allegation is called model distillation, where a newer or smaller AI system essentially learns by studying the outputs of a more capable one.
Distillation itself is a standard and widely used practice in AI development. The problem, according to US officials and Anthropic, is the scale and the lack of permission. Anthropic has previously alleged that Moonshot and other Chinese AI companies created thousands of accounts to generate millions of interactions with Claude, effectively using its models as a training resource without authorisation. The latest claims around Kimi K3 and Claude Fable 5 are an extension of that same dispute. It's worth noting that none of this has been proven in court, and Moonshot has not been found legally liable for any of the alleged conduct.
Why is it Important?
This case puts a spotlight on one of the murkier corners of the AI industry. Distillation is legitimate when done within agreed boundaries, but the line between learning from a competitor's outputs and reproducing their capabilities without permission is one the industry hasn't clearly drawn yet. That ambiguity is exactly what makes disputes like this so difficult to resolve.
There's also a broader context here that goes beyond one company's complaint about another. This is playing out against the backdrop of an intensifying US-China competition in artificial intelligence, where both sides are racing to build more capable systems and neither is particularly inclined to hand the other an advantage. Questions about intellectual property, fair competition, and what rules should actually govern AI development are becoming harder to sidestep. The Moonshot dispute is one of the more visible signs that the industry is going to have to grapple with them sooner rather than later.
Science
NASA-ISRO's NISAR Satellite Spots a 'Hummingbird' Hidden in East Antarctica's Ice
NASA-ISRO's NISAR Satellite Spots a 'Hummingbird' Hidden in East Antarctica's Ice
Science
What’s Happening?
A striking radar image from NISAR, the joint NASA-ISRO Earth-observation satellite, has revealed a landscape in East Antarctica that looks remarkably like a colourful hummingbird. But the "bird" is actually a natural formation: Nunatak Zaterjavshijsja, a mountaintop surrounded by moving glacier ice.
What looks like the bird's tail is a stream of ice flowing northeast towards the ocean, while the feather-like patterns are crevasses formed as the glacier moves around the mountain. NISAR's radar can capture details that ordinary optical images may miss, helping scientists study how ice moves and changes in one of Earth's most remote regions.
Why is it Important?
The image is more than a beautiful coincidence, it shows how powerful radar technology can help scientists understand Earth's changing landscapes. NISAR uses L-band and S-band synthetic aperture radar to monitor land and ice, even when clouds or darkness make traditional imaging difficult.
By studying glacier movement and crevasses, researchers can learn more about how Antarctica's ice behaves and how the continent may change over time. The "hummingbird" is therefore a fun reminder that sometimes the most eye-catching discoveries can also reveal important clues about our planet.
History
Silk Farming Reached Central Asia Nearly 4,000 Years Ago, New Discovery Suggests
Silk Farming Reached Central Asia Nearly 4,000 Years Ago, New Discovery Suggests
History
What’s Happening?
Silk may have been travelling across Asia much earlier than historians once thought. Researchers studying three ancient silkworm cocoons found at the Bronze Age site of Sapalli Tepe in present-day Uzbekistan say silk farming was already present in Central Asia between about 1940 and 1765 BCE,nearly 2,000 years earlier than the period traditionally associated with the spread of silk along the famous Silk Road.
Scientists identified the remains as belonging to Bombyx mori, the domesticated silkworm still used for silk production today. They also found evidence of mulberry trees, whose leaves are the silkworms’ main food.
Why is it Important?
The discovery could change how we understand the history of one of the world's most famous materials. The Silk Road is often remembered as the ancient network that connected distant regions through trade, but these findings suggest that silk production and the knowledge needed to make it were already moving across Eurasia during the Bronze Age.
The evidence from Sapalli Tepe including the cocoons, mulberry remains and an earlier-discovered piece of woven silk points to connections between communities thousands of years ago. It also shows that people were exchanging plants, animals, technologies and ideas long before the Silk Road became famous.