O modelo também voou nos EUA em um teste realizado pelo fundador da Jetson, Tomasz Patan. Ele pretende abrir uma sede nos EUA, com o rapper Will.i.am como embaixador da marca após ter adquirido um modelo.

Um evento de aviação na Itália trouxe um modelo bastante curioso e interessante aos olhos do público.

O Jetson One já obteve aprovação oficial de autoridades italianas para fazer viagens não tripuladas. Isso é feito via controle remoto, desde 2023.

O Jetson One quer transformar a aeronave em veículo pessoal. Trata-se de um movimento contrário ao de empresas nos últimos tempos, que querem transformar aeronaves deste tipo em táxis.

O Aero Club d'Italia emitiu a certificação de registro do Jetson One como uma aeronave de decolagem e pouso verticais ultraleve. No momento ela ainda é testada em voos não tripulados em um espaço controlado.

O veículo inclusive tem preço: US$ 128 mil (cerca de R$ 751 mil na cotação atual). Porém, já está esgotado, tanto para 2024 quanto para 2025.

Link:



https://www.noticiasaominuto.com.br/tech/2276045/lembra-do-carro-dos-jetsons-ele-ja-existe-e-custa-fortuna

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# Advances in Robotic Technology for Disaster Response

In the face of disaster situations, every second counts. Recently, scientists have developed a groundbreaking robot that may offer life-saving solutions in such urgent scenarios. Let’s delve into the details of this innovative creation.

## The Ingenious Design

The new robot, described as small yet versatile, is engineered to mimic the movements of insects, allowing it to jump and fly with remarkable energy efficiency. Developed by researchers at the Massachusetts Institute of Technology (MIT) in collaboration with the University of Hong Kong, this robot features a unique combination of powerful springs and articulated wings. Weighing less than 1 gram and standing just 5 cm tall, it has redefined mobility in miniature robotic design.

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### Jumping Over Flying

Unlike conventional drones that rely on continuous flight, this robot executes coordinated jumps inspired by insect locomotion. When it lands, a carbon fiber spring accumulates energy, which is released in the subsequent jump. The robot’s wings, actuated by artificial muscles, provide additional lift and support during its in-air maneuvers.

## Impressive Capabilities

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Initial tests have showcased exceptional performance abilities, including jumps up to 20 cm high, lateral movement speeds of 30 cm/s, and an energy consumption rate that is 64% lower than most conventional drones. Additionally, the robot has demonstrated the capacity to traverse irregular surfaces such as grass, ice, and wet glass. This adaptability is made possible by an external tracking system that adjusts its trajectory mid-flight.

## Future Aspirations

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The researchers are now focused on enhancing the robot's capabilities to make it autonomous. This involves integrating batteries, sensors, and independent navigation systems. The intended applications for this technology include high-risk missions in disaster zones and exploration of hazardous environments. By improving operational autonomy, the robot could play a crucial role in search and rescue efforts where every moment is critical.

# Economic Ramifications of Tariffs on Electronics

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In a separate but equally impactful development, President Donald Trump recently announced that electronic products will not be exempt from tariffs. The government is currently considering changes only for a specific new category of tariffs. This announcement follows an earlier decision by the White House to exempt smartphones, laptops, and other electronics from reciprocal tariffs.

## The Semiconductor Sector's Implications

An area of significant focus is the semiconductor chip sector, which is poised for forthcoming developments. Despite the uncertainty surrounding tariffs, the stock market responded positively, with Apple’s shares rising over 2%. This uptick has elevated the tech giant's market value to over $3 trillion.

### Apple’s Exposure to Tariffs

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Apple is particularly vulnerable to these tariffs since a majority of its iPhones, iPads, and MacBooks are manufactured in China and other Asian countries. However, despite the recent stock surge, Apple’s shares have experienced a downturn, accumulating nearly a 9% decline in April after an over 8% drop in March.

## Conclusion

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The developments in both robotic technology for disaster response and the economic implications of tariffs on electronics reflect significant advancements and challenges. As innovators push the boundaries of what robots can achieve in complex environments, the ongoing trade challenges will continue to shape the landscape for tech companies and consumers alike. The intersection of these two fields highlights a future where technology could play a pivotal role in addressing both urgent humanitarian needs and broader economic considerations.

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## Pioneering Space Sustainability: The Future of Satellite Refueling

In the quest for a more sustainable future for space missions, an intriguing concept has emerged: the prospect of robotic refueling stations located thousands of kilometers above Earth’s surface. This groundbreaking initiative aims to establish a routine refueling system for satellites orbiting our planet, with a significant mission slated for next year.

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At the heart of this venture is the APSR Refueler, a 300 kg spacecraft developed by the company Astercale. Designed for agility and efficiency, the APSR Refueler will transport Hydrazine—a powerful propellant—beyond the geostationary belt, which sits approximately 36,000 kilometers from the Earth. This region is of strategic importance for communications and Earth observation, housing essential satellites including one operated by the United States Space Force, which is set to benefit from this refueling mission.

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Astercale is pairing with the startup Orbit Fab, their synergy targeting the creation of a commercial ecosystem in space. By collaborating, the two entities aspire to make satellite refueling a regular operation. This innovation not only extends the operational lifespan of satellites but also helps mitigate the accumulation of space debris, addressing the pressing issue of space waste.

With initiatives like the APSR Refueler, outer space is evolving into a domain where sustainable practices are taking root. This paradigm shift is crucial for the future of space exploration, as the logistics of orbital operations become more sophisticated and environmentally conscious.

## Unveiling Mercury's Mysterious Past

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In a fascinating development, a new study sheds light on the enigmatic history of Mercury, the closest planet to the Sun. Traditionally seen as a celestial body with a relatively simple profile, Mercury's reality is much more complex, featuring a denser structure with a considerable proportion of its mass composed of iron—around 60%. This anomaly has puzzled scientists for decades, leading to deeper investigations into its origin.

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A collaborative team of researchers from Brazil, Germany, and France proposes a compelling explanation for Mercury's unusual characteristics. Their study, recently published on the archive preprint server, presents a theory suggesting that Mercury's formation may have resulted from a colossal collision, referred to as “hit-and-run,” involving Mercury and another planet-sized protoplanet. The researchers argue that this oblique collision, occurring millions of years after the formation of the solar system, could account for Mercury’s disproportionately large iron core while allowing the retention of volatile elements such as potassium, sulfur, and sodium—all of which would be destroyed in more violent encounters.

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Lead researcher Patrick Franco, an astrophysicist from Brazil, posits that such collisions may be more common than previously thought. He advocates that these significant impacts likely play a pivotal role in shaping the final structure of rocky planets within our solar system.

The researchers utilized advanced simulations to replicate Mercury's internal structure and chemical composition. Their work took into account the specifics of the collision's angle and timing, suggesting it occurred in the region between Venus and Earth’s orbits before Mercury migrated inward toward the Sun.

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While this new theory opens exciting avenues for understanding Mercury, it awaits empirical validation. This confirmation may soon arrive with the BEP Colombo mission—a collaborative effort between the European and Japanese space agencies, which is set to arrive at Mercury in 2026. Equipped with advanced instruments, the spacecraft aims to verify these predictions and potentially unlock the secrets surrounding this mysterious planet.

In conclusion, both the advancements in sustainable space logistics and the intriguing revelations concerning Mercury's history exemplify how our understanding of space is evolving, paving the way for future explorations and discoveries.

LInk:


https://www.noticiasaominuto.com.br/tech/2275748/nvidia-fabricara-supercomputadores-de-ia-nos-eua-e-preve-producao-de-ate-us-500-bi-em-4-anos

Segundo a empresa, o projeto será viabilizado em parceria com indústrias que vão construir fábricas no Arizona e no Texas.

A produção dos chips Blackwell, considerados essenciais para sistemas avançados de IA, já começou nas instalações da Taiwan Semiconductor Manufacturing Company (TSMC) em Phoenix.

A empresa afirma que a fabricação desses supercomputadores depende de uma cadeia de suprimentos altamente especializada, com tecnologias avançadas de empacotamento, montagem e testes. 

"Os motores da infraestrutura de IA do mundo estão sendo construídos nos Estados Unidos pela primeira vez", disse Jensen Huang, fundador e CEO da Nvidia.

No Texas, fábricas que serão operadas com Foxconn, em Houston, e Wistron, em Dallas, devem entrar em operação em 12 a 15 meses.

Part 1/6:

# Elon Musk's Social Media Network Faces Investigation over AI Data Use

In a striking turn of events, Elon Musk's social media platform, X, has come under scrutiny from European authorities. The focus of the investigation revolves around Grock, an integrated chatbot that allegedly utilizes millions of public posts from users without obtaining the necessary authorization. This raises serious questions about compliance with stringent privacy laws in the European Union.

## Investigation Launched by Irish Data Protection Commission

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The Irish Data Protection Commission, tasked with overseeing digital privacy within the EU, has launched an investigation to determine if X is violating the General Data Protection Regulation (GDPR). The inquiry centers on the potential mass collection of user data and the extent to which the platform has been transparent and obtained consent for such activities.

According to regulators, Grock has been trained using vast quantities of user-generated content from X, which, if confirmed as unauthorized, could lead to severe legal repercussions for the platform under GDPR. The regulations mandate that companies must clearly outline how they use personal information and secure permissions accordingly.

## Potential Consequences for Non-Compliance

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If any misconduct is established in the course of this investigation, X could face hefty fines and sanctions, potentially including restrictions on data usage for training their AI tools. This situation is particularly precarious for Musk's platform, which earlier this year assured the public that it would refrain from using certain types of data from European users as of September 2024.

Ursula von der Leyen, President of the European Commission, has issued stark warnings that entities violating these regulatory frameworks could be subject to significant tariffs and penalties.

## Industry Trends: Meta's AI Practices

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Amidst Musk's challenges, Meta has announced its own plans to utilize user data from its applications within the EU, including Facebook and Instagram, to train its AI systems. However, Meta has made it clear that private messages between friends and family will not be part of this data pool.

The company also intends to inform EU users of this training initiative through in-app notifications and emails, offering a link for individuals to opt out if they choose.

## Samsung's UI Update Delay Amid Bug Issues

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In a related tech landscape development, Samsung has hit a snag with its new One UI 7 interface, which is based on Android 15. Reports surfaced about a bug that has hindered the unlocking process for devices such as the Galaxy S24. Consequently, Samsung has decided to temporarily halt the rollout of this update.

This interface promises innovative features like a revamped design, enhanced shortcuts, and the integration of Google's Gemini assistant, replacing Bixby. Currently, Samsung is working to rectify the problem but has not provided a timeline for when the update will resume.

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In conclusion, the examination of data practices surrounding AI training is highlighting critical issues in user privacy and consent. As companies like X and Meta navigate regulatory landscapes, the outcomes of these investigations and their implications on the tech industry at large will be vital to watch in the coming months.

“Does the export control or ban potentially have severe effects in the U.S.? Yes,” said Daniel Pickard, who chairs the critical minerals advisory committee for the U.S. government.

Mining has quietly resumed in Longnan, China’s rare earth hub, despite earlier environmental concerns. Processing centers in the region supply global players like Tesla and BYD with precision-engineered magnets and materials.

For now, the shipments remain stuck indefinitely.

Bunq is coming up against heaps of competition, especially in the U.S. market. America is already served by established consumer banking giants, including JPMorgan Chase, Bank of America, Wells Fargo and Citigroup. It's also home to several major fintech brands, such as Chime and Robinhood.

Google’s partnership with MediaTek is partly because of the strong relationship between the Taiwanese firm and TSMC.

Recently, Google collaborated with TSMC instead of Samsung to produce the first custom Pixel chip, Tensor G5. 

According to reports, Google plans to drop the Korean Samsung in favor of TSMC to launch its fully customized Tensor G5 chip in 2025.

The current power project by Google could support its local operations and its ambition to tap Taiwan’s market for next-generation chips.

Since 2019, Baseload Capital’s subsidiary, Baseload Power Taiwan, has been actively conducting local geothermal resource exploration, engaging closely with local communities, and working with the Taiwan government to improve the regulatory and permitting framework for geothermal energy. 

Google’s support of these geothermal projects will help build the local workforce and expertise, supply chain, and infrastructure to unlock lower costs and faster deployment of future projects.

It's not the first time Adobe has placed a big bet on a venture-backed startup. It previously tried to acquire design platform Figma for $20 billion, but called the deal off following scrutiny from European Union and U.K. regulators. Adobe is also an active venture investor, backing startups such as Captions and VidMob.

Profitability 'not an immediate focus'
In addition to the investment from Adobe, Synthesia also announced that it hit $100 million in annual recurring revenue (ARR) — a measure of annual revenue generated from subscriptions that renew each year.

"We've grown approximately 100% year-over-year, driven by strong customer expansion and best-in-class unit economics," Riparbelli said. "Surpassing $100 million in ARR puts us in a very small group of AI-native companies with real commercial

Nvidia, the chipmaker powering much of the artificial intelligence boom, announced on Monday a plan to design and build factories that, for the first time, will produce NVIDIA AI supercomputers entirely in the U.S.

Last month, Taiwan Semiconductor Manufacturing, the world's largest chip foundry, announced its intention to increase its existing investments in advanced semiconductor manufacturing in the U.S. by an additional $100 billion.

As part of the probe, the Commerce Department will investigate the "feasibility of increasing domestic semiconductors capacity" in order to reduce reliance on imports and whether additional trade measures, including tariffs, are "necessary to protect national security."

The investigation encompasses a wide range of items, including chip components such as silicon wafers, chipmaking equipment, and "downstream products that contain semiconductors." 

Semiconductors play a role in essentially every type of modern electronics, giving the investigation massive implications for Trump's global trade war as he seeks to boost U.S. manufacturing. 

The Commerce Department will first allow for public comments on the investigation to be submitted no later than 21 days from Wednesday.

However, on Sunday, Trump reportedly said he will be announcing new tariff rates on imported semiconductors over the next week, and that flexibility will be shown to certain companies. 

On the same day, Commerce Secretary Howard Lutnick told ABC News' "This Week" that separate tariffs for semiconductors and electronic products were coming in "probably a month or two." 

Trump's Commerce Department cited the probe under Section 232 of the Trade Expansion Act of 1962, which can permit the U.S. president to impose tariffs on the grounds of national security.

Beyond the update on international expansion, Bunq also on Tuesday reported a 65% year-over-year jump in profit to 85.3 million euros ($97.2 million). That jump was primarily driven by a 55% increase in net interest income, while net fee income also grew 35%.

Similarly to fintech peers such as N26 and Monzo, Bunq has benefited from a high interest rate environment by pocketing yields on customer deposits sat at the central bank.

Bunq's CEO told CNBC that, while high interest rates have certainly helped, more generally Bunq is seeing increased usage of the platform and has been focused on cost efficiency from an operational perspective.

According to Hugging Face, with over $395 million raised from investors including Google, Amazon, Nvidia, and Salesforce, it is positioned to bring AI and robotics closer together—empowering a global community of developers to innovate in virtual and physical domains.

“The first robot we’re offering is Reachy 2 — your friendly little lab partner for the AI era that is already in use in labs like Cornell or Carnegie Mellon. It’s a state-of-the-art humanoid robot that is open-source & VR-compatible, built for research, education, and embodied AI experiments. You can already order one for $70,000,” said the firm in a statement.