China’s embrace of DeepSeek’s AI models has expanded beyond tech companies into everyday household appliances. The startup, based in Hangzhou, has seen a surge of support from Chinese manufacturers, with home appliance giants such as Haier, Hisense, and TCL Electronics announcing plans to incorporate DeepSeek’s AI models into their products. These appliances, already equipped with voice-activated commands, are set to become even smarter with DeepSeek’s models, which promise greater accuracy and functionality.
DeepSeek has made waves in the AI sector this year, with its large language models competing against Western systems but at a fraction of the cost. This has sparked immense pride in China, where the company is seen as a testament to the country’s growing tech capabilities in the face of US efforts to limit its advancements. The company’s founder, Liang Wenfeng, has received significant recognition from Chinese authorities, and DeepSeek is expected to soon release its next-generation R2 reasoning model.
The impact of DeepSeek’s technology is already being felt across industries. From robotics to smart appliances, its AI models offer improved precision in tasks such as obstacle avoidance in robot vacuum cleaners. These devices are expected to better understand complex commands, like ‘Gently wax the wooden floor in the master bedroom but avoid the Legos,’ making everyday life more efficient and intuitive.
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For over a century, the Rorschach inkblot test has been used to explore human psychology by revealing the hidden facets of the mind through personal interpretations of ambiguous shapes. The test leverages a phenomenon known as pareidolia, where individuals perceive patterns, such as animals or faces, in random inkblots. Now, thanks to the advances in artificial intelligence, this test has been used to explore how AI interprets these same images.
In an intriguing experiment, ChatGPT was shown five common inkblots to see how it would respond. Unlike humans, who often project their emotions or personal experiences onto the images, the AI offered more literal interpretations, identifying symmetrical shapes or common visual features. However, these responses were based purely on patterns it has been trained to recognise, rather than any true emotional connection to the inkblots.
The AI’s responses were consistent with what it had learned from vast datasets of human interpretations. But while humans might see a butterfly or a skull, the AI merely recognised a shape, demonstrating a key difference between human cognition and machine processing. This experiment highlights the unique human ability to attach emotional or symbolic meaning to abstract visuals, something AI is not equipped to replicate.
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Intel has announced that the first two of ASML’s cutting-edge high NA lithography machines are now in operation at its factories. Early data shows these machines are producing more consistent results than previous models, with a reported reliability double that of earlier systems. This marks a turning point for Intel, which had struggled with the earlier generation of extreme ultraviolet (EUV) machines.
Intel’s production of 30,000 wafers in a single quarter using these new machines signifies a substantial step forward in chip manufacturing. These high NA machines can print features onto chips with fewer exposures and less processing time, streamlining the production process and reducing costs. This development is set to contribute to Intel’s upcoming 18A manufacturing technology, expected to power a new generation of PC chips later this year.
The company is also preparing to implement the high NA machines for the next generation of 14A technology, though no mass production date has yet been confirmed. This breakthrough is seen as a pivotal moment for Intel, positioning it to reclaim ground lost to rivals in recent years.
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On Valentine’s Day in San Francisco, the NBA Tech Summit took place ahead of the NBA All-Star weekend, showcasing the latest trends in sports, media, and technology. With the help of NVIDIA CEO Jensen Huang and legendary Golden State Warriors coach Steve Kerr, the audience was introduced to the evolution of event broadcasting, companies set to make significant investments in the coming years, and the future of basketball as a sport.
The panels also included renowned basketball experts, media figures, and former NBA players. A common consensus emerged: robotics and AI will reshape the sport as we know and significantly help athletes achieve far better results than ever before.
However, this is not exactly a novelty, as many innovations were presented ahead of the Paris Olympics, where certain programmes helped analysts and audiences follow their favourite events in greater detail.
The future of the NBA and the role of fans during matches
The same idea applies to the NBA, particularly with the integration of augmented reality (AR) and a feature called ‘Tabletop’, which allows the display of a virtual court with digital avatars tracking player movements in real time.
A feature like this one generated the most interest from the audience, as it enables viewers to watch matches from various angles, analyse performances in real-time, access interactive player data, and simulate alternative outcomes—essentially exploring how the game would have unfolded if different decisions had been made on the court.
An important aspect of these innovations is that fans have the opportunity to vote for competition participants, ask real-time questions, and take part in virtual events designed to keep them engaged during and after match broadcasts.
AI plays a crucial role in these systems, primarily by analysing strategies and performances, allowing coaches and players to make better-informed decisions in key moments of the game.
Player health as a priority
With a packed schedule of matches, additional tournaments, and extensive travel, professional basketball players face daily physical challenges. To help preserve their health, new technologies aim to minimise potential injuries.
Wearable health-tracking sensors embedded in equipment to collect data on physical parameters were introduced at the NBA Summit. This technology provides medical teams with real-time insights into players’ conditions, helping prevent potential injuries.
Basketball spirit through cutting-edge technology: What did the NBA Tech Summit deliver? 6
Biometric sensors, motion-analysis accelerometers, injury-prevention algorithms, dehydration and fatigue tracking, and shoe sensors for load analysis are just some of the innovations in this field.
Ultra cameras, ultra broadcasts, ultra experience
For fans of high-resolution and interactive matches, the latest technological advancements offer new viewing experiences. While still in the final development stages, fans can already enjoy Ultra HD 8K and 360-degree cameras, along with the highly anticipated ‘player cam’ perspective, which allows for close-up tracking of individual players.
It is also possible to independently control the camera during matches, offering a complete view of the court and arena from every possible angle. Additionally, matches can be broadcast as holograms, providing a new dimension in 3D space on specialised platforms.
The integration of 5G technology ensures faster and more stable transmissions, enabling high-resolution streaming without delays.
Fewer mistakes, less stress
Refereeing mistakes have always been part of the sport, influencing match outcomes and shaping the history of one of the world’s most popular games. In response, the NBA has sought to minimise errors through Hawk-Eye technology for ball and boundary tracking.
A multi-camera system monitors the ball to determine whether it has crossed the line, touched the boundary, or shot on time. AI also analyses player contact in real time, suggesting potential fouls for referees to review.
Beyond these features, the NBA now operates a centralised Replay Centre, offering detailed analysis of controversial situations where AI plays a crucial role in providing recommendations for quicker decision-making. Additional innovations include hoop sensors, audio analysis for simulating unsportsmanlike fouls, and more.
Environmental sustainability and awareness
As an organisation reliant on cutting-edge technology, the NBA is also focused on environmental awareness, which is increasingly becoming a key aspect of the league. Modern arenas utilise solar energy, energy-efficient lighting, and water recycling systems, reducing electricity consumption and waste.
Digital tickets and contactless payments contribute to sustainability efforts, particularly through apps that enable quicker and more eco-friendly entry to arenas and access to various services.
Partnerships with environmental organisations are a crucial part of the NBA’s sustainability initiatives, with collaborations including the Green Sports Alliance and the NRDC. These efforts aim to reduce the environmental impact of events while enhancing the fan experience.
For basketball fans (and followers of other sports adopting similar advancements), the most important takeaway is that the fundamental rules and essence of the game will remain unchanged. Despite the inevitable technological progress, the core spirit of basketball, established in Springfield in 1891, will continue to be preserved.
More than 1,000 musicians have joined forces to release a silent album as part of a protest against the UK government’s proposed changes to copyright laws. The changes would allow AI companies to use artists’ work to train models without needing permission, a move critics argue would undermine creators’ rights. The silent album, titled ‘Is This What We Want?’, features empty studios and performance spaces, symbolising the potential loss of control over their work.
The changes have sparked outrage from high-profile artists such as Kate Bush, who warned that this could lead to the exploitation of musicians by tech companies. The protest album, which includes contributions from other major artists like Ed Sheeran and Dua Lipa, aims to highlight the negative impact of such reforms on the livelihoods of creators.
The UK government argues that these changes will help boost the AI and creative industries, allowing them to reach their full potential. However, the controversy over copyright law is growing, with many in the music industry urging a rethink before any new regulations are finalised.
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US President Donald Trump has directed his trade officials to revive investigations into digital service taxes imposed by foreign countries on American tech giants.
The move could lead to new tariffs on imports from nations like France, Canada, and India, which have introduced taxes targeting major firms such as Google, Meta, Apple, and Amazon. Trump argues that these levies unfairly exploit US companies and has vowed to protect America’s tax base from foreign appropriation.
The renewed probe follows previous investigations during Trump’s first term, where the US Trade Representative found that several countries discriminated against American firms, paving the way for potential retaliatory tariffs.
While the Biden administration initially imposed 25% tariffs on goods from countries with digital taxes, these duties were suspended to allow for global tax negotiations. However, with talks stalling and the US rejecting the 15% global minimum tax, Trump has now abandoned the deal entirely.
As tensions grow, the US could impose fresh tariffs on billions of dollars worth of foreign imports. Trump has not yet revealed the specific tariff rates or the value of goods that may be targeted in this latest round of trade actions.
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A new digital wellbeing companion, known as Sonny, is now being introduced in several schools across nine districts. Developed by Sonar Mental Health, this tool combines artificial intelligence with human oversight to provide initial mental health support to students.
Students can send their queries via text, with the AI suggesting responses that are ultimately reviewed by a dedicated team of professionals experienced in psychology, social work, and crisis intervention. This approach comes at a time when many schools are facing a severe shortage of qualified counsellours, with recent data revealing that 17 per cent of high schools lack a dedicated counsellour.
CEO Drew Bavir has emphasised that Sonny is not meant to replace professional therapy. Instead, it acts as a first point of contact, with Sonar staff ready to work alongside schools and parents to secure access to further specialist support when needed. This initiative represents a significant step forward in addressing the growing mental health challenges within schools.
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A groundbreaking study from the University of Copenhagen has demonstrated that AI can decode emotions in animals. By training a machine-learning model to analyse the vocal patterns of seven ungulate species, including cows, pigs, and wild boars, the research achieved an impressive accuracy rate of 89.49%. This study, the first of its kind to cross species, marks a significant step forward in understanding animal emotions.
The AI model identified key acoustic indicators of emotional states, such as duration, frequency, and amplitude of vocalisations, revealing that emotional expressions are evolutionarily conserved across species. This discovery could revolutionise animal welfare, enabling real-time monitoring of animals’ emotional well-being, particularly in livestock management, veterinary care, and conservation efforts.
The implications for animal welfare are profound. Early detection of stress or discomfort could lead to timely interventions, improving animals’ lives. Additionally, promoting positive emotions could enhance overall welfare. The researchers have made their emotional call database publicly available to support further studies and encourage more AI-driven research in animal welfare and conservation.
This study not only sheds new light on animal emotions but also offers insights into the evolutionary roots of human language, opening up exciting possibilities for future scientific exploration and better understanding of animal behaviour.
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Researchers from the University of Tokyo and Waseda University have developed the world’s largest biohybrid robot hand, which utilises cultivated human muscle tissue to perform complex movements. The 18-centimetre hand, complete with five individually moving fingers, incorporates a novel “sushi roll” design that bundles multiple thin muscle tissue strings to ensure sufficient nutrient supply and strength. Gold electrodes are employed to stimulate the tissues, translating straight muscle contractions into the rotational motion of the joints.
This innovative Japanese device is capable of delicate tasks such as grasping small objects, although its muscle tissues exhibit a decrease in force after approximately ten minutes of continuous action, recovering fully after an hour of rest. Such a breakthrough overcomes the limitations of earlier biohybrid devices, which were restricted to single-joint movements and were much smaller due to nutrient diffusion challenges in thicker muscle constructs.
Professor Shoji Takeuchi, specialising in mechanical engineering, believes that this research paves the way for the development of humanlike robots and precision prosthetic hands. The team’s findings, published in Science Robotics, mark a significant advance in the fusion of biological elements with mechanical systems, promising a future where robotics more closely mimic the capabilities of the human body.
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Stellantis has unveiled its first in-house-developed automated driving system, STLA AutoDrive, designed to assist urban commuters with hands-free and eyes-off driving. The system can manage speed, steering and braking while adapting to traffic flow.
The new technology allows drivers to momentarily shift focus from the road at speeds of up to 60 kilometres per hour.
Stellantis confirmed that future advancements could enable operation at speeds reaching 95 kilometres per hour.
Deployment of STLA AutoDrive will be determined by market demand, with integration planned across Stellantis’ vehicle brands. The system represents a step forward in the company’s push for enhanced driving automation.
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