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Nvidia Executive: Humanoid Robots Are the Next Frontier in AI, and They’re Coming Soon

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The era of humanoid robots is fast approaching, and artificial intelligence (AI) is finally making it possible to program machines for general-purpose tasks, according to Nvidia’s Rev Lebaredian.

Speaking to Euronews Next during the Computex technology fair in Taiwan, Lebaredian, vice president of Omniverse and simulation technology at Nvidia, described robotics as the “next phase” of AI — a development poised to help ease global labour shortages, especially in industrial sectors.

“For decades, robotics has been the stuff of science fiction,” Lebaredian said. “We’ve long been able to build the physical machines, but the programming part has always been the challenge. AI changes that.”

Companies like Tesla have already made headway, with its Optimus robot reportedly able to carry out household chores. But Nvidia believes true progress lies in virtual training. According to Lebaredian, humanoid robots should first learn in simulated environments — both for safety and efficiency.

“AI is data hungry. Large language models can be trained on vast amounts of online data. But robots don’t have that advantage — there isn’t a massive repository of physical-world data,” he said. “So we must simulate it.”

Simulated environments allow developers to feed robots “renewable” data, creating countless experiences without real-world risks. Once a robot performs well in simulation, it can then be deployed in the real world — much like a graduate entering the workforce, who then trains on specific, company-related knowledge.

The first real-world applications for humanoid robots, Lebaredian believes, will be in factories and warehouses, where workforce shortages are most acute. With many countries facing aging populations and a shrinking pool of workers, particularly in physically demanding or hazardous jobs, robots could play a vital role in sustaining productivity.

“Industrial use will come first because the need is real,” he said. “In every country, skilled workers are retiring and not enough young people are replacing them.”

Taiwan has already announced a five-year plan to invest in robotics to combat its own population challenges, highlighting a growing global trend.

Looking ahead, Lebaredian sees potential roles for robots in retail, mining, hazardous environments like nuclear reactors, and even in caregiving roles for the elderly — if public demand aligns.

Despite the excitement, concerns remain over safety and reliability. Lebaredian acknowledged that while AI models like chatbots still make mistakes, robotics offers a more measurable framework.

“Did the robot pick up the object and place it safely? That’s a binary outcome — and one we can test, measure, and improve,” he said. “We’ve built nuclear reactors safely. We can build safe robots, too.”

With AI-driven training, safety testing, and advancing simulation, the integration of humanoid robots into society may be closer than many think.

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Italy Enforces Strict Age Checks on Adult Websites as Europe Tightens Online Safety Rules

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Italy has become the latest European nation to enforce strict age-verification requirements on adult websites, marking a significant step in ongoing efforts to shield minors from explicit online content. Under the new rules, websites hosting pornographic material must confirm that users are at least 18 before granting access, even if the platforms do not operate offices inside Italy.

The government has identified 45 major adult content providers — including Pornhub, YouPorn and Redtube — that must comply. Sites will be required to use third-party verification services, which will ask users to upload a copy of a government-issued ID every time they attempt to view adult content. Officials say the move is aimed at preventing underage users from accessing sexually explicit material through easily bypassed age prompts.

Italy’s action aligns with a growing movement across Europe. Several countries have introduced their own legal frameworks in recent years, each designed to strengthen protections for children navigating digital spaces.

In France, legislation passed in 2024 gave media regulator Arcom broad authority to punish platforms that fail to keep minors out. Sites that ignore notices can face fines of up to €150,000, or two percent of the previous year’s global turnover. Repeat violations can trigger fines of €300,000 or four percent of turnover. Arcom also holds the power to instruct internet providers to block violating websites for up to two years, with a 48-hour compliance window.

The French law drew national attention this summer when Aylo — the parent company of Pornhub and Redtube — temporarily cut off access for French users, citing the regulatory burden. Investigations by nonprofit AI Forensics later raised concerns about the reliability of third-party verification tools used in France, noting that some systems shared personal data with outside firms or could be bypassed with simple code edits.

Spain introduced its own rules in 2022 requiring streaming and video-sharing platforms to create systems that prevent minors from accessing harmful content, including pornography and gratuitous violence. Police have since launched a digital ID app called MiDNI, which offers real-time age confirmation. A separate proposed verification tool, the Cartera Digital Beta wallet, remains on hold pending data-protection clearance.

Germany has some of the region’s toughest standards, insisting on digital verification checks instead of basic age declarations. Platforms must also include parent-controlled filters and appoint an independent youth protection officer. Violations can lead to fines of up to €500,000. German authorities blocked several Aylo-owned sites last year after courts ruled the company had ignored legally binding orders.

The European Union, meanwhile, is testing an age-verification system of its own. The pilot project aims to create a method for users to prove they are adults without revealing personal details. The system is expected to work with the digital identity wallets that all member states must implement by the end of 2026.

As European governments weigh online safety against privacy concerns, the debate over how to protect young users is set to intensify.

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Trump Says Nvidia’s Most Advanced AI Chips Will Be Reserved for U.S. Companies

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U.S. President Donald Trump has announced that Nvidia’s most powerful semiconductors will be reserved exclusively for American artificial intelligence companies, signaling a new phase in the race for global AI dominance.

In an interview with CBS aired on Sunday, Trump said the United States would not permit other nations to access Nvidia’s most advanced Blackwell chips — the latest and most powerful generation designed for AI training and data processing.

“We will not let anybody have them other than the United States,” Trump said, emphasizing that restricting access to these chips was essential to maintaining America’s technological lead in the global AI race.

Nvidia, the California-based semiconductor giant, has become the cornerstone of AI development worldwide, supplying critical chips used by leading tech firms to train large language models (LLMs). The company recently became the world’s most valuable, reaching a $5 trillion (€4.3 trillion) market valuation after surpassing the $4 trillion mark earlier this year.

Trump acknowledged that while Nvidia will continue to sell chips to China, the country will not have access to the firm’s most advanced technology. “If other countries had Nvidia’s top chips, they’d have an equal advantage in the AI race,” he said.

The announcement follows reports that Trump intended to discuss the export of Blackwell chips with Chinese President Xi Jinping during a planned meeting in South Korea, though the conversation reportedly did not take place.

Trump’s position on semiconductor exports has shifted several times during his presidency, alternating between tightening and easing restrictions. His administration had previously approved limited sales of Nvidia’s H20 chips to China despite ongoing concerns about technology transfers.

A national AI strategy unveiled by the Trump administration in July outlined plans to expand America’s global AI influence by exporting technology and standards to nations within what it called “America’s AI alliance.” However, the latest comments mark a departure from that strategy, suggesting a renewed focus on prioritizing domestic access over international partnerships.

Euronews Next contacted the White House to clarify whether new export controls would extend to European partners but received no immediate response.

In June, Nvidia announced plans to deliver more than 3,000 exaflops of computing power from its Blackwell systems to France, Italy, and the United Kingdom. The chips were slated for deployment by France’s Mistral AI, Italy’s Domyn, Dutch firm Nebius, and AI start-up Nscale to help bolster Europe’s digital sovereignty. Telecom companies including Orange, Swisscom, Telefonica, and Telenor were also expected to use Nvidia’s technology for developing “agentic AI” — systems capable of autonomous goal-driven actions.

It remains unclear whether Trump’s latest export policy will affect these European projects, as Nvidia and its partners have yet to comment on potential disruptions.

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Study Finds Polish Outperforms English as the Best Language for Communicating with AI

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A new international study has revealed that Polish, not English, is the most effective language for communicating with artificial intelligence systems — a surprising finding that challenges long-held assumptions about English’s dominance in the tech world.

Researchers from the University of Maryland (UMD) and Microsoft tested 26 different languages across several leading AI models, including those developed by OpenAI, Google Gemini, Qwen, Llama, and DeepSeek. Their goal was to determine which languages yielded the most accurate and effective responses from the systems.

The results showed that Polish achieved an impressive 88 percent average accuracy rate in completing tasks, outperforming all other tested languages. French, Italian, and Spanish followed closely, while English ranked only sixth with an 83.9 percent accuracy rate.

“Our experiment yielded some surprising and unintuitive findings,” the researchers wrote. “English did not perform best across all models — in fact, it came sixth out of 26 languages when long texts were assessed, while Polish proved to be the leading language.”

The study’s outcome has drawn attention not only from linguists and AI experts but also from national institutions in Poland. The Polish Patent Office highlighted the results on social media, noting that “Polish has long been considered one of the most difficult languages to learn. It turns out that humans struggle with it — but not AI.”

The finding is particularly remarkable given the relatively small amount of Polish-language data used to train most AI systems. Despite this, the models demonstrated strong comprehension and precision in following Polish-language commands, outperforming languages with far greater digital footprints such as English and Chinese.

Chinese, despite being one of the most widely spoken languages in the world and heavily represented in online data, ranked near the bottom — fourth from last — among the 26 languages tested.

According to the study, the top ten languages most effectively understood by AI models are:

  1. Polish – 88%

  2. French – 87%

  3. Italian – 86%

  4. Spanish – 85%

  5. Russian – 84%

  6. English – 83.9%

  7. Ukrainian – 83.5%

  8. Portuguese – 82%

  9. German – 81%

  10. Dutch – 80%

The researchers said their findings highlight the complexity of how AI models process linguistic structures and suggest that grammatical richness and precision — characteristics of Polish — may actually help AI systems interpret meaning more accurately.

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