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Taiwan’s TSMC Building $10 Billion Semiconductor Plant in Germany

Minister-President of the Saxony state Michael Kretschmer, European Commission President Ursula von der Leyen, C.C. Wei, Chairman and CEO of TSMC and German Chancellor Olaf Scholz attend a groundbreaking ceremony for Taiwanese chip maker TSMC's first European plant in the eastern city of Dresden, Germany, August 20, 2024. (Reuters)
Minister-President of the Saxony state Michael Kretschmer, European Commission President Ursula von der Leyen, C.C. Wei, Chairman and CEO of TSMC and German Chancellor Olaf Scholz attend a groundbreaking ceremony for Taiwanese chip maker TSMC's first European plant in the eastern city of Dresden, Germany, August 20, 2024. (Reuters)
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Taiwan’s TSMC Building $10 Billion Semiconductor Plant in Germany

Minister-President of the Saxony state Michael Kretschmer, European Commission President Ursula von der Leyen, C.C. Wei, Chairman and CEO of TSMC and German Chancellor Olaf Scholz attend a groundbreaking ceremony for Taiwanese chip maker TSMC's first European plant in the eastern city of Dresden, Germany, August 20, 2024. (Reuters)
Minister-President of the Saxony state Michael Kretschmer, European Commission President Ursula von der Leyen, C.C. Wei, Chairman and CEO of TSMC and German Chancellor Olaf Scholz attend a groundbreaking ceremony for Taiwanese chip maker TSMC's first European plant in the eastern city of Dresden, Germany, August 20, 2024. (Reuters)

Taiwan Semiconductor Manufacturing Co (TSMC) broke ground in eastern Germany on its first European plant as the continent seeks to safeguard its chip supplies amid growing US-China tensions.

“We are dependent on semiconductors for our sustainable future technologies, but we must not be dependent on other regions of the world for the supply of semiconductors,” said German Chancellor Olaf Scholz, who attended a ceremony on Tuesday to mark the start of construction of the 10 billion euros ($11 billion) manufacturing plant in the city of Dresden. About half of the funding will be covered by state subsidies.

Germany is leading the European Union push to produce one-fifth of the world's semiconductors by 2030, with the bloc seeking to build up capacity following Covid-era disruptions and as US-China ties deteriorate.

The US, Japan and others are also showering subsidies on the chip industry to localize production of the components that control everything from cutting-edge artificial intelligence to daily gadgets.

TSMC is the world's biggest contract chipmaker, with Apple Inc and Nvidia Corp relying on it for their most important products. It will anchor the Dresden project with a 70% stake in the plant, which will produce chips for the automotive and industrial sectors.

TSMC CEO C.C. Wei attended the event together with European Commission President Ursula von der Leyen and the heads of Infineon Technologies AG, NXP Semiconductors NV and Robert Bosch GmbH, which each hold a 10% stake in the venture.

Scholz has emerged as Europe's biggest backer of the semiconductor industry as he seeks to promote Germany's tech sector and secure supplies of critical components for the country's manufacturing businesses.

His government plans to spend 20 billion euros to bolster domestic chip production. That includes the TSMC plant and 10 billion euros in aid for a planned Intel Corp plant in Magdeburg.

The EU approved Germany's 5 billion euros subsidy for the Dresden microchip manufacturing plant, von der Leyen said at the event.

The new site will help Europe reduce its reliance on Asia for importing vital technology and comes after German carmakers expressed interest in boosting domestic chip production. Production is slated to begin by the end of 2027.

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Technology

Apple Rolls Out Creator Studio to Boost Services Push, Adds AI Features

A customer compares his old iPhone with the newly launched iPhone 17 pro max at an Apple retail store in Delhi, India, September 19, 2025. (Reuters)
A customer compares his old iPhone with the newly launched iPhone 17 pro max at an Apple retail store in Delhi, India, September 19, 2025. (Reuters)
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Apple Rolls Out Creator Studio to Boost Services Push, Adds AI Features

A customer compares his old iPhone with the newly launched iPhone 17 pro max at an Apple retail store in Delhi, India, September 19, 2025. (Reuters)
A customer compares his old iPhone with the newly launched iPhone 17 pro max at an Apple retail store in Delhi, India, September 19, 2025. (Reuters)

Apple on Tuesday unveiled Apple Creator Studio, a new subscription bundle of professional creative software priced at $12.99 a month or $129 a year, as the iPhone maker steps up its push into paid services for creators, students and professionals.

The company has used its services business, which includes its Apple ‌Music and ‌iCloud services, to drive ‌growth ⁠in recent ‌years, helping counter slower hardware growth and generate recurring revenue.

Apple Creator Studio bundles some of the company's best-known creative tools into a single subscription, including Final Cut Pro, Logic Pro ⁠and Pixelmator Pro across Mac and iPad.

The ‌package also adds premium ‍content and ‍new AI-powered features to Apple's productivity apps ‍Keynote, Pages and Numbers, while digital whiteboarding app Freeform will gain enhanced features later.

Final Cut Pro will offer new tools such as transcript-based search, visual search and beat detection to ⁠speed up video editing, while Logic Pro introduces AI-powered features like Synth Player and Chord ID to assist with music creation.

The company's Photoshop-alternative Pixelmator Pro will be available on iPad for the first time and will offer Apple Pencil support.

The subscription launches January 28 on ‌the App Store, Apple said.

Technology

Social Media Harms Teens, Watchdog Warns, as France Weighs Ban

The TikTok app logo is seen in this illustration taken January 16, 2025. (Reuters)
The TikTok app logo is seen in this illustration taken January 16, 2025. (Reuters)
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Social Media Harms Teens, Watchdog Warns, as France Weighs Ban

The TikTok app logo is seen in this illustration taken January 16, 2025. (Reuters)
The TikTok app logo is seen in this illustration taken January 16, 2025. (Reuters)

Social media harms the mental health of adolescents, particularly girls, France's health watchdog said Tuesday as the country debates banning children under 15 from accessing the immensely popular platforms.

The results of an expert scientific review on the subject were announced after Australia became the first country to prohibit big platforms including Instagram, TikTok and YouTube for under 16s last month, while other nations consider following its lead.

Using social media is not the sole cause of the declining mental health of teenagers, but its negative effects are "numerous" and well documented, the French public health watchdog ANSES wrote in its opinion, the result of five years of work by a committee of experts.

France is currently debating two bills, one backed by President Emmanuel Macron, that would ban social media for under 15s.

The ANSES opinion recommended "acting at the source" to ensure that children can only access social networks "designed and configured to protect their health".

This means that the platforms would have to change their personalized algorithms, persuasive techniques and default settings, according to the agency.

"This study provides scientific arguments for the debate about social networks in recent years: it is based on 1,000 studies," the expert panel's head Olivia Roth-Delgado told a press conference.

Social media can create an "unprecedented echo chamber" that reinforces stereotypes, promotes risky behavior and promotes cyberbullying, the ANSES opinion said.

The content also portrays an unrealistic idea of beauty via digitally altered images that can lead to low self-esteem in girls, which creates fertile ground for depression or eating disorders, it added.

Girls -- who use social media more than boys -- are subjected to more of the "social pressure linked to gender stereotypes," the opinion said.

This means girls are more affected by the dangers of social media -- as are people with pre-existing mental health conditions, it added.

On Monday, tech giant Meta urged Australia to rethink its teen social media ban, while reporting that it has blocked more than 544,000 Instagram, Facebook and Threads accounts under the new law.

Meta said parents and experts were worried about the ban isolating young people from online communities, and driving some to less regulated apps and darker corners of the internet.

Technology

New Process for Stable, Long-Lasting Batteries

The image shows a test cell used to fabricate and test the all-solid-state battery developed at PSI. (Paul Scherrer Institute PSI/Mahir Dzambegovic) 
The image shows a test cell used to fabricate and test the all-solid-state battery developed at PSI. (Paul Scherrer Institute PSI/Mahir Dzambegovic) 
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New Process for Stable, Long-Lasting Batteries

The image shows a test cell used to fabricate and test the all-solid-state battery developed at PSI. (Paul Scherrer Institute PSI/Mahir Dzambegovic) 
The image shows a test cell used to fabricate and test the all-solid-state battery developed at PSI. (Paul Scherrer Institute PSI/Mahir Dzambegovic) 

Researchers at the Paul Scherrer Institute PSI have achieved a breakthrough on the path to practical application of lithium metal all-solid-state batteries.

The team expects the next generation of batteries to store more energy, are safer to operate, and charge faster than conventional lithium-ion batteries.

The team has reported these results in the journal Advanced Science.

All-solid-state batteries are considered a promising solution for electromobility, mobile electronics, and stationary energy storage – in part because they do not require flammable liquid electrolytes and therefore are inherently safer than conventional lithium-ion batteries.

Two key problems, however, stand in the way of market readiness: On the one hand, the formation of lithium dendrites at the anode remains a critical point.

On the other hand, an electrochemical instability – at the interface between the lithium metal anode and the solid electrolyte – can impair the battery’s long-term performance and reliability.

To overcome these two obstacles, the team led by Mario El Kazzi, head of the Battery Materials and Diagnostics group at the Paul Scherrer Institute PSI, developed a new production process:

“We combined two approaches that, together, both densify the electrolyte and stabilize the interface with the lithium,” the scientist explained.

Central to the PSI study is the argyrodite type LPSCl, a sulphide-based solid electrolyte made of lithium, phosphorus, and sulphur. The mineral exhibits high lithium-ion conductivity, enabling rapid ion transport within the battery – a crucial prerequisite for high performance and efficient charging processes.

To densify argyrodite into a homogeneous electrolyte, El Kazzi and his team did incorporate the temperature factor, but in a more careful way: Instead of the classic sintering process, they chose a gentler approach in which the mineral was compressed under moderate pressure and at a moderate temperature of only about 80 degrees Celsius.

The result is a compact, dense microstructure resistant to the penetration of lithium dendrites. Already, in this form, the solid electrolyte is ideally suited for rapid lithium-ion transport.

To ensure reliable operation even at high current densities, such as those encountered during rapid charging and discharging, the all-solid-state cell required further modification.

For this purpose, a coating of lithium fluoride (LiF), only 65 nanometres thick, was evaporated under vacuum and applied uniformly to the lithium surface – serving as a ultra-thin passivation layer at the interface between the anode and the solid electrolyte.

In laboratory tests with button cells, the battery demonstrated extraordinary performance under demanding conditions.

“Its cycle stability at high voltage was remarkable,” said doctoral candidate Jinsong Zhang, lead author of the study.

After 1,500 charge and discharge cycles, the cell still retained approximately 75% of its original capacity.

This means that three-quarters of the lithium ions were still migrating from the cathode to the anode. “An outstanding result. These values are among the best reported to date.”

Zhang therefore sees a good chance that all-solid-state batteries could soon surpass conventional lithium-ion batteries with liquid electrolyte in terms of energy density and durability.

Thus El Kazzi and his team have demonstrated for the first time that the combination of solid electrolyte mild sintering and a thin passivation layer on lithium anode effectively suppresses both dendrite formation and interfacial instability.

This combined solution marks an important advance for all-solid-state battery research – not least because it offers ecological and economic advantages: Due to the low temperatures, the process saves energy and therefore costs.

“Our approach is a practical solution for the industrial production of argyrodite-based all-solid-state batteries,” said El Kazzi. “A few more adjustments – and we could get started.”