Infineon Technologies AG has partnered with FOXESS, a prominent player in the green energy sector, to enhance the efficiency and power density of energy storage applications. Infineon will supply its advanced power semiconductor devices to FOXESS, facilitating the development of innovative solutions in the green energy industry.

Specifically, Infineon will provide FOXESS with its CoolSiC MOSFETs 1200 V for industrial energy storage applications, along with EiceDRIVER gate drivers. Additionally, FOXESS’ string PV inverters will utilize Infineon’s IGBT7 H7 1200 V power semiconductor devices.

FOXESS’ H3PRO energy storage series uses Infineon’s CoolSiC MOSFETs 1200 V.

As the global market for photovoltaic energy storage systems (PV-ES) continues to expand rapidly, improving power density has become crucial for success. Infineon’s power semiconductor devices, including CoolSiC MOSFET 1200 V and IGBT7 H7 1200 V series, incorporate state-of-the-art semiconductor technologies tailored to industrial applications, addressing the growing demand for efficiency and power density in energy storage applications.

Mr. Yu Daihui, Senior Vice President and Head of Industrial & Infrastructure at Infineon Technologies Greater China, expressed pride in collaborating with FOXESS to drive decarbonization through higher power density and more reliable systems for PV-ES applications.

FOXESS’ R Series redefines the overall design of the 100 kW model by using Infineon’s IGBT7 H7 series.

Mr. Zhu Jingcheng, Chairman of FOXESS, highlighted the significant improvements in product reliability and efficiency achieved through the support of Infineon’s advanced components. He emphasized Infineon’s technical expertise and product quality as key factors strengthening FOXESS’ competitiveness and market presence.

Infineon’s CoolSiC MOSFETs 1200 V offer high power density, reducing losses by 50 percent and providing additional energy without increasing battery size. FOXESS’ H3PRO 15 kW-30 kW energy storage series, equipped with Infineon’s CoolSiC MOSFETs, has achieved remarkable efficiency and sales growth in the global market.

Similarly, Infineon’s TRENCHSTOP IGBT7 H7 650 V / 1200 V series enhances the overall efficiency and power density of inverters. By leveraging Infineon’s advanced power semiconductor devices, FOXESS has optimized the design of its R Series 75-110 kW industrial and commercial model, achieving outstanding efficiency of up to 98.6 percent.

Infineon offers a comprehensive range of EiceDRIVER gate drivers, ensuring great integration with all power devices, including CoolSiC and IGBTs, simplifying design processes, and enhancing system reliability.

Samsung has launched the Galaxy A35 5G in the United States, expanding its A-series lineup. This new addition to the Galaxy A family combines a good display, innovative camera features inspired by flagship models, and great-performance capabilities.

Joining the existing A25 5G and A15 5G models, the Galaxy A35 5G showcases Samsung’s commitment to advancing its A series technology. Samsung is introducing the Samsung Knox Vault for the first time in this lineup, enhancing security features for users.

The Galaxy A35 5G features a Super AMOLED display for vibrant visuals in Full High Definition, complemented by Vision Booster technology for optimal clarity in various lighting conditions.

The device’s Nightography feature promises to capture clear photos even in low-light settings; Additionally, the inclusion of optical image stabilization (OIS) and video digital image stabilization (VDIS) aims to enhance photo and video stability.

In terms of performance, the Galaxy A35 5G offers 5G connectivity and an Octa-Core processor for efficient power usage. Its long-lasting 5,000mAh battery ensures extended usage, while Super Fast Charging technology provides quick recharging capabilities.

The Galaxy A35 5G features IP67 water and dust protection and bundles the Samsung Knox Vault, offering comprehensive protection against hardware and software attacks. Business users can benefit from Knox defense-grade protection and advanced camera capabilities for professional use.

The device integrates with the wider Samsung Galaxy ecosystem, offering users a cohesive experience across various Galaxy devices. Furthermore, Samsung pledges to provide ongoing support and updates for the Galaxy A35 5G, ensuring users have access to the latest features and security enhancements.

Specs

Availability and Price

The Galaxy A35 5G is available for purchase starting at $399.99 in two colors: Awesome Navy and Awesome Lilac. Customers in the US can also take advantage of promotional offers, including discounts on Galaxy Buds FE and trade-in options.

Boston Dynamics has unveiled its latest humanoid robot, the all-electric “Atlas,” signaling a significant shift in the company’s approach towards commercialization in the rapidly evolving humanoid robotics market. The new Atlas marks a departure from its predecessor, the hydraulic-powered Atlas, which gained notoriety for its viral feats but was hindered by its cumbersome and complicated design.

In contrast, the new Atlas boasts a sleek and consumer-friendly appearance, with all-electric, 360° joints enabling a wide range of fluid and inhuman movements. This departure from hydraulic systems addresses previous limitations, as highlighted in a farewell video to the old model, which showcased the challenges posed by hydraulic fluid leaks and mechanical failures.

The new Atlas showcases remarkable capabilities, including the ability to execute complex maneuvers such as standing up and executing a zero-radius turn, made possible by innovative joint designs that eliminate the need for range-of-motion limits. The new robot also features claw-like hands suited for lifting heavier objects, although fine manipulation remains a challenge.

Boston Dynamics emphasizes the commercial potential of the new Atlas, envisioning applications in various industries, particularly in partnership with its parent company, Hyundai, for automotive manufacturing. The company aims to leverage its experience in commercializing robots like Spot and Stretch, ensuring that Atlas delivers not just as a research project but as a valuable solution for customers.

The New Atlas. (Image: Boston Dynamics)

Despite the advancements, Boston Dynamics acknowledges ongoing challenges, particularly in developing precision robotic hands for delicate tasks; However, the company remains committed to showcasing the full potential of the new Atlas in real-world settings, promising further demonstrations of its capabilities in the lab, factory, and beyond.

While the future looks promising for the new Atlas, its journey to commercialization is not without risks, as indicated by the presence of an ominous hockey stick in promotional materials—a reminder of the rigorous testing and challenges that lie ahead for Boston Dynamics’ latest creation.

Motorola has introduced its latest lineup of smartphones, the Motorola Edge 50 series, catering to diverse consumer needs; With the flagship model, the Motorola Edge 50 Ultra, the brand epitomizes the fusion of style and intelligence in smartphone technology.

The series emphasizes premium smartphone design, blending aesthetics with functionality. Featuring inviting textures, elegant curves, and premium materials like real wood and vegan leather, with each device offering durability and visual appeal. With IP68 underwater protection, they are both resilient and attractive.

Motorola edge 50 ultra Nordic Wood (with a real wood back).

Motorola Edge 50 Ultra

The Motorola Edge 50 Ultra shines with its camera system, powered by Moto AI technology. Boasting a 50MP main lens, 64MP telephoto lens with 3x optical zoom, 50MP ultrawide lens with macro vision, and a 50MP selfie camera, it promises versatility and detail. Moto AI optimizes settings and image quality for stunning results in any lighting.

Beyond its camera prowess, the Edge 50 Ultra features a Super HD (2712 x 1220) pOLED display and Dolby Atmos support for immersive entertainment. Powered by the Snapdragon 8s Gen 3 Mobile Platform, it offers fast performance for gaming and multitasking.

A standout feature is its use of Ultra Wideband (UWB) technology, enabling precise location tracking for a better device interaction. The Edge 50 Ultra also brings a great battery life with 125W TurboPower charging, 50W wireless charging, and wireless power sharing.

Motorola Edge 50 Pro

Alongside the Motorola Edge 50 Ultra, the series introduces the Motorola Edge 50 Pro, offering a perfect balance of style and intelligence. Sharing the premium design aesthetics of its flagship counterpart, the Edge 50 Pro features contoured edges, a sandblasted aluminum frame, and options for vegan leather or a special edition pearl finish.

With IP68 underwater protection, the Edge 50 Pro boasts a 50MP camera system with the widest aperture available in a smartphone, enhancing low-light performance and delivering naturally blurred backgrounds. Powered by the Snapdragon 7 Gen 3 chip, the Edge 50 Pro provides smooth performance and fast charging capabilities.

Motorola Edge 50 Fusion

The Motorola Edge 50 Fusion offers premium features for a wide range of users with vibrant color options like Hot Pink or Marshmallow Blue, and a sleek Forest Blue material. It also brings IP68 protection and Corning Gorilla Glass 5, being durable against dust, water, and drops.

Its camera system boasts a 50MP main camera, 13MP ultrawide lens, and 32MP front camera. The 6.7″ Full HD+ pOLED display promises vibrant colors and the 120Hz refresh rate is a good plus. Supported by Dolby Atmos, its audio system can deliver an immersive experience over headphones or stereo speakers.

Moto Buds family

Innovation extends to the Moto Buds family, including the Moto Buds+ with Sound by Bose, offering high-quality audio and dynamic active noise cancellation.

Availability and Price

The Motorola Edge 50 Pro will be available in select European markets, Latin America (including Brazil, Chile, Colombia, and Mexico), Asia, and Oceania, priced at €699 (~$744). The Motorola Edge 50 Ultra and Motorola Edge 50 Fusion will both launch in the coming weeks, priced at €999 (~$1,064) euros and €399 (~$425) respectively, and will be available in select markets across Asia, Europe, Latin America, and Oceania.

Additionally, the Moto Buds+ will be available starting today with a price of €149 (~$158) euros in select markets across Asia, Europe, Latin America, North America, and Oceania, while the Moto Buds will be available in the coming weeks, starting at €59 (~$62) in select markets.

ASUS has unveiled its latest addition to the Chromebook lineup, the 14-inch ASUS Chromebook CM14 (CM1402C), designed to enhance productivity and entertainment with its MediaTek Kompanio 520 processor and long-lasting battery life.

The ASUS Chromebook CM14 features a sleek Gravity Gray color and a versatile 180˚ lay-flat hinge, making it suitable for various environments, whether for work, study, or leisure. It prioritizes hygiene with ASUS Antimicrobial Guard protection on the keyboard, touchpad, and palm rest areas, inhibiting bacterial growth by up to 99% over 24 hours. Additionally, the spill-resistant keyboard can withstand minor spills up to 405 cc of water.

Engineered for remote work and study, the CM14 includes features like Face Auto Exposure technology for clearer webcam images and a physical privacy shutter for added security.

Powered by the MediaTek Kompanio 520 processor, the Chromebook delivers responsive performance for productivity and entertainment tasks. It offers access to Google Workspace and other productivity apps on Google Play, ensuring users have everything they need for modern-day tasks.

With a battery life of up to 15 hours on a single charge and integrated dual-band WiFi 6, the CM14 supports on-the-go productivity with stable and fast connectivity. It also benefits from Google Play access, automatic updates, and built-in virus protection.

Constructed to withstand everyday wear and tear, the CM14 meets MIL-STD 810H US military standards for durability and undergoes rigorous in-house testing by ASUS. It incorporates recycled materials for a more eco-conscious product.

Specs

Availability and Price

The ASUS Chromebook CM14 (CM1402C) is available now with a starting price of $299.00 at the ASUS Store and Best Buy. Interested buyers can contact their local ASUS representative for more information.

Adobe has released its latest Adobe Express mobile app, featuring Firefly generative AI, to provide millions of content creators with powerful tools for creating standout content on the go. The app (available on both web and mobile platforms ( iOS and Android) brings Firefly AI features like Text to Image, Generative Fill, Text Effects, and Text to template to mobile devices for the first time, catering to the increasing demand for content creation on platforms like TikTok and Instagram.

Govind Balakrishnan, senior vice president of Adobe Express and Digital Media Services at Adobe, highlighted the app’s integration of Firefly generative AI into content creation experiences, enabling users to promote ideas, passions, and businesses through digital content across various social platforms.

Adobe Express offers a suite of creative tools and AI capabilities, allowing users to produce high-quality content easily; Marketers can create promotional videos, small business owners can design logos and flyers, students can produce social media content, and creative professionals can collaborate on projects.

All-New Adobe Express Mobile App with Firefly AI.

Powered by Firefly generative AI, Adobe Express simplifies complex tasks with features like Text to Image, Text Effects, Generative Fill, and Text to Template, enabling users to generate stunning visuals and designs from simple text prompts.

The new mobile app accelerates content creation with features such as video editing, text effects, generative fill, and content scheduling. It also integrates with Adobe Creative Cloud apps, providing subscribers with extended creative capabilities on mobile devices.

Acer has unveiled its latest addition to the Chromebook Plus lineup with the Acer Chromebook Plus 514 (CB514-4H/T), catering to users seeking a combination of performance, portability, and durability while leveraging the AI-powered capabilities of ChromeOS.

James Lin, General Manager of Notebooks at Acer Inc., emphasized the device’s portable design, 14-inch Full HD display, and performance-oriented technology as key features addressing the evolving needs of students, businesses, families, and individuals.

The Chromebook Plus 514 builds upon Acer’s commitment to enhancing Chromebook performance and user experiences. It boasts upgraded hardware designs, including improved displays and cameras, alongside powerful productivity, creativity, and multimedia capabilities.

Powered by an Intel Core i3-N305 processor and 8 GB of LPDDR5 RAM, the Chromebook Plus 514 offers responsive performance and efficient multitasking, ideal for running AI-powered apps like Google Docs and Photos, streaming content in full HD, or engaging in multimedia tasks such as movie-making with LumaFusion. The device ensures prolonged usage with up to 11 hours of battery life on a single charge.

Featuring a 14-inch Full HD display with IPS technology and wide viewing angles, the Chromebook delivers vibrant visuals, making it suitable for graphic design, photo editing, and multimedia consumption. Additionally, users have the option of touch- and non-touch models with anti-glare coating for enhanced usability in various lighting conditions.

The Chromebook Plus 514 prioritizes connectivity and conferencing with Wi-Fi 6E support and advanced webcam features like Temporal Noise Reduction (TNR) and AI-powered enhancements for clarity and lighting. It also offers privacy features such as a physical shutter for the webcam and microphone mute.

In line with Acer’s sustainability initiatives, the Chromebook Plus 514 incorporates eco-friendly features, including recycled materials, sustainable packaging, and energy-efficient design. It is also compliant with U.S. MIL-STD 810H standards for durability.

Specs

Availability and Price

For education and enterprise users, the Chromebook Plus 514 is available with Chrome Education Upgrade and Chrome Enterprise Upgrade, respectively, offering seamless device management and enhanced security features.

The Acer Chromebook Plus 514 (CB514-4H/T) will be available in North America starting at $399.99 in May and EMEA starting at EUR 479 in June. Specific configurations, prices, and availability may vary by region. For more information, interested individuals can contact their nearest Acer office or visit the Acer website.

In Q1 2024, Samsung has regained its position as the world’s largest smartphone manufacturer, surpassing Apple after a year-long hiatus. Apple had taken the lead in 2023, ending Samsung’s 13-year dominance in smartphone sales. The resurgence of Samsung can be attributed to the strong performance of its latest flagship, the Galaxy S24, which has been well-received in the market, particularly for its innovative Galaxy AI features.

According to preliminary figures from IDC, Samsung shipped 60.1 million smartphones in the first quarter of 2024, capturing a market share of 20.8%. Although this figure is slightly lower than the year-ago quarter, it still surpassed Apple’s Q1 2024 shipments of 50.1 million units, securing Samsung’s lead once again.

Galaxy S24 lineup announcement. The devices were very well received thanks to the new AI features.

The success of the Galaxy S24 series has been evident, with reports indicating significant sales growth in key markets such as the US and Europe. Sales have surged by 14% in the US and a remarkable 28% in the UK, Germany, and France, compared to the previous model, the Galaxy S23.

Meanwhile, Xiaomi has also seen substantial growth, with a 33.8% increase in sales, shipping 40.8 million smartphones and securing the third position with an 11.4% market share. Xiaomi’s success can be attributed to strong consumer interest in its Xiaomi 14 series, particularly in Chinese and European markets.

Furthermore, Transsion (the parent company of brands like Techno, Itel, and Infinix), experienced significant growth, with sales soaring by 84.9% to 28.5 million units.

Overall, the global smartphone market witnessed a 7.8% year-on-year increase in shipments, reaching 289.4 million units in Q1 2024. This marks the third consecutive quarter of growth, indicating a recovery from the post-pandemic slowdown.

Although Apple’s iPhone sales decline in China may hinder its chances of reclaiming the top spot from Samsung in the near future, Samsung faces formidable competition from Xiaomi and Huawei, both of which have seen rapid growth in recent months.

Henning Larsen has unveiled its latest architectural marvel, the World of Volvo exhibition and events center in Gothenburg, Sweden, boasting a distinctive “forest-like canopy” roof structure. The circular 22,000-square-meter structure, commissioned by Swedish automotive giants Volvo Cars and Volvo Group, is adorned with a roof inspired by the natural world.

Crafted from glued laminated timber (glulam) and cross-laminated timber (CLT), the building features mass-timber columns arranged to mimic the form of tree trunks, creating an inviting and organic atmosphere. These columns rise and spread outward, supporting the roof while enveloping visitors beneath a canopy reminiscent of a lush forest.

Exhibition space. (Photo by Rasmus Hjortshoj)

Scheduled to open to the public on April 14th, as part of Volvo’s anniversary festivities, the World of Volvo is designed to host a variety of events, exhibitions, talks, and conferences, showcasing the brand’s rich history and values. Situated in Gothenburg’s vibrant events district, the center aims to offer visitors a welcoming space with a strong connection to nature.

The design concept draws inspiration from Sweden’s natural landscape, with the building’s layout and materials reflecting the country’s ethos of “Allemansrätten,” or the freedom to roam in nature. The use of timber not only aligns with sustainable practices but also serves to embody the regional landscape in both form and materiality.

The upper level features an organic design, incorporating glazed walls that offer panoramic views of the circular rooftop. (Photo by Rasmus Hjortshoj)

A staircase adorned with tiered seating curves along the perimeter of the building. (Photo by Rasmus Hjortshoj)

Featuring a glazed facade, the building incorporates a wide staircase along its exterior, providing seating opportunities and facilitating access to the landscaped garden on the rooftop. The upper level, punctuated by glazed walls, houses exhibition spaces, a bar, a restaurant, conference facilities, and a workspace.

Henning Larsen’s design philosophy emphasizes the synergy between organic materials and forms, drawing parallels between the structure’s architectural elements and natural phenomena. The metaphor of the tree, deeply rooted in Nordic mythology and Volvo’s Swedish heritage, symbolizes life, growth, and connection, further enriching the building’s narrative.

The World of Volvo exhibition is situated in the events district of Gothenburg. (Photo by Rasmus Hjortshoj)

The structure was created for Volvo Group and Volvo Cars. (Photo by Rasmus Hjortshoj)

Massive timber columns extend outward to form the roof structure at the World of Volvo. (Photo by Rasmus Hjortshoj)

In addition to the World of Volvo project, Henning Larsen has undertaken various innovative ventures, including an atomic science research facility and a mass-timber university building, showcasing the studio’s commitment to pushing the boundaries of architectural innovation.

The San Francisco Municipal Transportation Agency ( SFMTA), responsible for the city’s Muni Metro light rail, has been utilizing a train control system reliant on 5¼-inch floppy disks since its installation in 1998. This system, known as the Automatic Train Control System (ATCS), facilitates the operation of trains in automatic mode while ensuring operator supervision. However, the agency is now poised to transition away from this outdated technology.

SFMTA officials have disclosed that the ATCS relies on three floppy disks loaded with crucial software each morning. The system involves various components, including onboard train computers, central and local servers, and communication infrastructure. The process involves connecting trains to the control system upon entering the subway, where they operate automatically, and reverting to manual operation upon exiting.

“ 3M Maxell Floppy disk 3.5 5.25 inch” by eric2b01.ec is licensed under CC BY 2.0.

Acknowledging the system’s limitations and the increasing risk of data degradation and potential catastrophic failure, SFMTA initiated plans to overhaul the ATCS in 2018. The projected timeline for completion extends to 2029-2030 due to pandemic-related delays. The agency aims to select a contractor by early 2025 and develop a comprehensive project timeline thereafter.

Despite the current functionality of the floppy disk-based system, concerns persist regarding its sustainability and maintenance challenges. SFMTA acknowledges that the system has exceeded its expected lifespan and faces increasing difficulty in finding personnel proficient in outdated programming languages. The agency has emphasized the necessity of transitioning to a modernized control system to mitigate risks and ensure operational efficiency.

Furthermore, SFMTA reassures current staff of continued employment opportunities and plans to provide training in new technologies. Additionally, the transition is expected to create employment opportunities for skilled positions, such as signaling engineers, to support the implementation and maintenance of the new train control system.

During Upgrade 2024, NTT Corporation (NTT) and NTT DATA showcased the successful demonstration of All-Photonics Network (APN)-driven hyper-low-latency connections between data centers situated in the United States and the United Kingdom. In the U.K., NTT interconnected data centers located north and east of London through NTT’s Innovative Optical Wireless Network (IOWN) APN, achieving communication with a round-trip delay of less than 1 millisecond. Similarly, in the U.S., data centers in Northern Virginia attained comparable results. The main objective of NTT APN deployment is to have geographically dispersed IT infrastructure acting as a singular data center.

Dr. Yosuke Aragane, Vice President of the IOWN Development Office, NTT Corporation, presenting the new APN configuration in the UK and USA at Upgrade 2024 on April 10, 2024

The data center market faces significant local challenges. Restrictions on carbon dioxide emissions and scarcity of land have made constructing data centers in urban areas difficult, leading operators to switch to suburban areas. However, with data centers spread over long distances, communication delay and high latency can become significant, making it a major roadblock to meeting customers’ demands for low latency.

During the experiment for proof of concept, NTT and NTT DATA interconnected data centers in the U.K. (HH2 in Hemel Hempstead and LON1 in Dagenham) and in the U.S. (VA1 and VA3 in Ashburn) using APN equipment from NEC. These U.K. and U.S. data centers are separated by distances of 89km and 4km, respectively. Measurements conducted over 100 Gbps and 400 Gbps links demonstrated that the two APN-connected data centers in the U.K. operated with less than 1 millisecond (approximately 0.9 milliseconds) of latency, with a delay variation of less than 0.1 microseconds. Comparatively, cloud connectivity provider Megaport states that the typical delay between data centers at a similar distance exceeds 2,000 microseconds (2 milliseconds).

In the U.S. scenario, the delay over the much shorter span was approximately 0.06 milliseconds, with a delay variation of less than 0.05 microseconds. By contrast, conventional networks employing general Layer 2 switches experience delay variation ranging from several microseconds to tens of microseconds. In essence, the APN reduces latency by half and jitter by orders of magnitude.

The APN is not just a technological advancement, but a solution that meets the needs of various industries. It delivers the extremely low latency necessary for current and emerging use cases, including distributed, real-time AI analysis (such as industrial IoT and predictive maintenance), smart surveillance systems, smart grid and energy management, and natural disaster detection and response, among others. NTT DATA is also conducting demonstrations in the financial sector, where low latency is crucial for remittances, settlements, and transactions. An additional advantage of the IOWN APN is its capability to activate lines simply by adding wavelengths, removing the need to install new dark fiber. It enables data center operators to respond to customer demand with the speed of light.

Dr. Yosuke Aragane, Vice President of the IOWN Development Office, NTT Corporation, explaining the new All-Photonics Network (APN) technology

Texas is implementing artificial intelligence (AI) to grade the written portion of the State of Texas Assessments of Academic Readiness (STAAR) exam, aiming to streamline the scoring process and potentially save the state millions of dollars annually. The revised exam, introduced in 2023, emphasizes open-ended questions over multiple-choice ones, resulting in significantly more constructed response items.

The transition to AI scoring is motivated by cost-saving measures, with the Texas Education Agency (TEA) estimating potential savings of up to $20 million per year compared to hiring human scorers from third-party contractors. While machines are not replacing human scorers entirely, the number of temporary scorers needed has drastically reduced, from around 6,000 to fewer than 2,000.

“ Artificial Intelligence & AI & Machine Learning” by mikemacmarketing is licensed under CC BY 2.0.

The AI scoring engine utilizes natural language processing to evaluate responses, having been trained on a dataset of 3,000 previously scored responses. However, a portion of responses (about a quarter) will still be reevaluated by human scorers, particularly those deemed challenging for the AI, such as non-English responses or those containing slang.

Chris Rozunick, division director for assessment development at the TEA, emphasized that the AI system does not possess autonomous capabilities and does not “learn” from each response. Instead, it relies on its initial training to provide consistent scoring similar to humans. Despite the integration of AI, rigorous quality control processes remain in place to ensure accuracy and fairness in scoring.

The shift towards AI scoring signals a notable change in how assessments are conducted, underscoring the advantages of technology in education evaluation while still recognizing the vital role of human supervision and expertise in the process.

Google DeepMind has achieved an impressive feat by training small, off-the-shelf robots to engage in soccer matches. In a recent publication in Science Robotics, researchers detail their innovative approach, leveraging deep reinforcement learning (deep RL) to teach bipedal robots a simplified version of the sport.

Unlike previous experiments focused on quadrupedal robots, DeepMind’s work demonstrates a significant advancement in training two-legged, humanoid machines for dynamic physical tasks.

The success of DeepMind’s deep RL framework in mastering games like chess and go has been well-documented. However, these achievements primarily involved strategic thinking rather than physical coordination. With the adaptation of deep RL to soccer-playing robots, DeepMind showcases its ability to tackle complex physical challenges effectively.

Engineers initially trained the robots in computer simulations, focusing on two key skill sets: getting up from the ground and scoring goals against an opponent. By combining these skills and introducing simulated match scenarios, the robots learned to play full one-on-one soccer matches. Through iterative training, they gradually improved their abilities, including kicking, shooting, defending, and reacting to opponents’ actions.

During tests, the deep RL-trained robots demonstrated remarkable agility and efficiency compared to non-adaptable scripted counterparts. They exhibited emergent behaviors such as pivoting and spinning, which are challenging to pre-program. However, these tests relied solely on simulation-based training, with future efforts aiming to integrate real-time reinforcement training to enhance the robots’ adaptability further.

While the technology shows promise, there are still hurdles to overcome before DeepMind-powered robots can compete in events like RoboCup. Scaling up the robots and refining their capabilities will require extensive experimentation and refinement. Nonetheless, DeepMind’s pioneering work underscores the potential of deep RL in improving bipedal robots’ movements and adaptability in real-world scenarios.

Scientists at Northwestern University in Illinois, USA, have made a remarkable discovery that has left the scientific community astounded: evidence suggesting the existence of a massive body of water deep within the Earth’s interior, extending more than 400 miles beneath the surface. This finding, reminiscent of the imaginative tales of Jules Verne, has sparked widespread interest and speculation.

Published in 2014, the research paper titled “Dehydration melting at the top of the lower mantle” proposes the existence of a deep reservoir of water located between 250 and 410 miles underground. The study suggests that a mineral known as ringwoodite, found beneath the Earth’s crust, could be harboring significant quantities of water.

This revelation challenges previous assumptions about the Earth’s internal composition and has implications for our understanding of the planet’s geological processes.

For years, scientists have theorized the presence of a vast reservoir of water beneath the Earth’s surface.

Geophysicist Steve Jacobsen, one of the lead researchers, remarked on the significance of the discovery, emphasizing its potential to elucidate the Earth’s water cycle and the origins of the water present on the planet’s surface. He highlighted the role of geological phenomena such as earthquakes and volcanic activity as manifestations of processes occurring deep within the Earth, beyond immediate observation.

The Earth’s structure comprises distinct layers: the surface crust, the predominantly solid mantle constituting over 80% of the planet, and the molten outer and inner cores. The transition zone of the mantle, located between the upper and lower sections, is believed to be conducive to the storage of water within crystalline rocks.

It is believed that crystalline rocks store a greater amount of water underground than is present on the Earth’s surface.

According to National Geographic, crystals in this zone hold as much water as all the oceans combined. As temperature and pressure increase towards the bottom of the transition zone, minerals like ringwoodite undergo transformations, releasing water vapor that contributes to the maintenance of a consistent water reservoir within the mantle.

As scientists continue to unravel the mysteries hidden beneath the Earth’s surface, the discovery of this mysterious ocean represents a significant step forward in our quest to comprehend the complexities of our planet.

Lexus has ventured beyond land-based luxury by introducing the LY 680 yacht, marking its foray into the world of opulent seafaring. Following the success of its predecessor, the LY 650, this new vessel offers enhanced space and innovative features for those seeking unparalleled on-water indulgence.

Exemplifying Lexus’s “Crafted” design ethos, the LY 680 merges exquisite aesthetics with state-of-the-art technology. Crafted by the Horizon Group, known for crafting exceptional yachts, the LY 680 promises a lavish retreat on the open sea. It epitomizes comfort, performance, and attention to detail (hallmarks of the Lexus brand).

The standout feature of the LY 680 is its expanded flybridge, extending over 1.5 meters longer than its predecessor. This spacious area now includes a lounge sofa, ideal for basking under the sun while enjoying refreshing beverages.

Additionally, an integrated barbecue grill allows for culinary delights amidst stunning ocean vistas. The extended swimming platform, by 700 millimeters, provides ample space for launching water toys or simply relaxing by the water’s edge.

Powered by twin Volvo Penta IPS engines, available in two configurations, the LY 680 ensures smooth maneuverability, stability, and quiet operation, enhancing the luxury experience at sea.

With a length exceeding 20 meters and a width of nearly 6 meters, the yacht accommodates up to 15 passengers comfortably. Three cabins offer sleeping arrangements for six guests, making it ideal for extended getaways or weekend escapes with loved ones.

Collaborating with the Horizon Group, Lexus offers the LY 680 for order in Japan through Toyota Marine, with deliveries expected by spring 2026.

Infineon Technologies AG and Green Hills Software LLC have collaborated to introduce an integrated microcontroller-based processing platform tailored for safety-critical real-time automotive systems. Combining Green Hills’ safety-certified real-time operating system (RTOS) µ-velOSity with Infineon’s latest safety controllers AURIX TC4x, the platform offers original equipment manufacturers (OEMs) and Tier 1 suppliers a dependable, safe, and secure processing solution.

This integration supports the development of domain and zonal controllers as well as drivetrains for electric vehicles within the next-generation software-defined vehicle (SDV) architectures.

Infineon’s Senior Director for Software, Partnership, and Ecosystem Management, Thomas Schneid, highlighted the synergy between Green Hills’ software environment and Infineon’s advanced microcontroller products, emphasizing the advantage it offers to customers in meeting critical requirements.

Collaboration in Action: Infineon Technologies and Green Hills Software LLC unveil an integrated microcontroller-based processing platform for safety-critical real-time automotive systems, combining Green Hills’ µ-velOSity RTOS with Infineon’s AURIX TC4x safety controllers.

Dan Mender, Vice President of Business Development at Green Hills Software, expressed excitement about extending the collaboration with Infineon and showcasing the joint solution at Embedded World 2024. He emphasized how the combination of Infineon’s scalable microcontroller family AURIX TC4x and Green Hills’ µ-velOSity RTOS empowers customers to develop safe and secure systems for the next generation of SDV electronic/electrical (E/E) architectures.

The development of advanced automotive electronic control units (ECUs) is crucial for adapting vehicle E/E architectures to SDVs. Addressing this need, Infineon introduces its new family of AURIX TC4x devices, which offer higher performance and advanced features while meeting safety-critical system requirements. Green Hills’ safety-certified µ-velOSity RTOS has been ported to the AURIX TC4x family to meet stringent safety standards.

Infineon’s AURIX TC4x family supports high-speed interfaces, ensuring sufficient communication bandwidth for future automotive systems. Green Hills’ µ-velOSity RTOS targets the highest functional safety levels (ISO 26262 ASIL D), offering efficient, reliable operation with fast boot and streamlined execution.

The joint solution will be showcased at embedded world 2024, providing an opportunity for stakeholders to experience its capabilities firsthand. Infineon will also present its products and solutions for decarbonization and digitalization at the event.

Gemini, Google’s latest AI offering, represents a significant stride in the realm of AI (Artificial Intelligence), showcasing Google’s commitment to advancing multimodal AI technology — However, it’s worth noting that Gemini is essentially a rebranding of Google Bard and still has various issues that need addressing. While it holds promise as a potential successor to Google Assistant, it currently lacks the readiness to fully supplant it.

An area of improvement lies in the handling of navigation requests. Previously, when using Gemini to request directions, users would receive a card displaying route details, including distance, travel time, and a map. However, to access the actual navigation, users had to click a link within the card, which detracted from the hands-free experience.

To streamline this process, Google has introduced an update in the latest version of Gemini. Released on March 25, this update eliminates the need for manual intervention by automatically initiating Google Maps navigation shortly after requesting directions. With this enhancement, users experience a more seamless navigation process without the need to interact with additional links.

While these improvements are welcomed, it’s important to acknowledge that Gemini is still a work in progress. Users must choose between Gemini and Google Assistant, as enabling one disables the other. Understanding Gemini’s strengths and limitations is crucial for optimizing the user experience.

The upcoming Google Pixel 9 and 9 Pro XL are set to depart from the distinctive “visor” camera design seen in recent Pixel models, according to leaked renders. While the visor design brought a unique character to the Pixel 6 onwards, it seems Google is opting for a less dramatic change with the Pixel 9 series.

The visor design, while not universally praised for its aesthetics, offered a blend of interest and functionality, providing a raised angle for the phone without instability. However, leaked renders suggest that the Pixel 9 lineup will feature a long pill-shaped camera bump spanning the width of the phone, departing from the edge-to-edge visor strip.

These renders indicate a continuation of the two-tone theme seen in previous Pixel models, adding a touch of style and visual appeal. However, the new design may polarize opinions, especially among those who identified the visor as a signature feature of Pixel phones over the past few years.

https://twitter.com/OnLeaks/status/1772976393179021688

Interestingly, Google is reportedly expanding its Pixel lineup this year, introducing three models: the Pixel 9, Pixel 9 Pro, and Pixel 9 Pro XL. The inclusion of an “XL” variant marks a return after its absence since the Pixel 5 XL in 2020. This expansion raises questions about Google’s strategy in positioning these models within the market.

Overall, while the shift away from the visor design may disappoint some fans, the leaked renders suggest that Google is striving for a balance between innovation and familiarity with the Pixel 9 series.

Samsung has officially unveiled its latest smartphone, the Galaxy M55, in Brazil, diverging from its typical M-series and A-series similarities. The Galaxy M55 introduces notable upgrades, including a larger display, a different chipset, and faster charging compared to its A-series counterpart, the Galaxy A55.

At the forefront, the Galaxy M55 boasts a spacious 6.7-inch Super AMOLED Plus display with FHD+ resolution and an impressive 120Hz refresh rate; This display offers up to 1,000 nits of peak brightness and integrates an optical under-display fingerprint scanner. The device also features a 50MP front-facing camera nestled within a punch-hole cutout.

In terms of its rear camera setup, the Galaxy M55 packs a powerful array, consisting of a 50MP main camera with Optical Image Stabilization (OIS), accompanied by an 8MP ultrawide lens and a 2MP macro camera.

Under the hood, the Galaxy M55 is driven by Qualcomm’s Snapdragon 7 Gen 1 chipset, paired with 8GB of RAM and 256GB of internal storage, expandable via a microSD card slot. The device runs on One UI 6.1, based on the latest Android 14 iteration, promising four Android updates and five years of security patches.

Powering the device is a substantial 5,000mAh battery, supporting Samsung’s 45W Super Fast Charging 2.0 technology. Samsung asserts that this fast charging capability can deliver a 70% charge in just 30 minutes.

Availability and Price

The Galaxy M55 is offered in Dark Blue and Light Green color variants, with the 256GB storage option priced at BRL 2,999 (approximately $600). Pre-orders for the device are already available in Brazil, with availability expected to expand to more countries soon.

MICROOLED has announced the integration of its ActiveLook “Light AR” technology with the Cadence app, catering to the running and cycling community. This collaboration, effective from March 27th, 2024, promises to revolutionize the training experience for athletes.

Cadence, renowned for its innovative approach to fitness apps, will now support the ActiveLook technology. ActiveLook, developed by MICROOLED, is a heads-up display technology designed for connected eyewear. It boasts features like lightweight design, low energy consumption, and extended battery life, enhancing the user experience.

The integration of ActiveLook with Cadence brings forth a new era of fitness training. Athletes can now access real-time data such as speed, distance, heart rate, power, and elevation gain directly projected onto their glasses’ lenses. This immersive experience allows users to stay focused on their activity without the need for interruptions, thereby ensuring safety and optimizing performance.

ActiveLook’s compatibility with Cadence caters to athletes of all levels, from casual enthusiasts to seasoned professionals. The lightweight design of ActiveLook glasses, weighing only 36g, coupled with superior power efficiency, ensures comfort for extended use. Athletes can seamlessly connect their glasses to the Cadence app via Bluetooth, unlocking a plethora of immersive workout data.

Eric Marcellin-Dibon, CEO of MICROOLED, emphasized the significance of this partnership in redefining how athletes interact with their performance data. He anticipates that this collaboration will set a new standard in wearable display solutions for athletes, enhancing efficiency and maximizing potential.

For those interested, the Cadence app is available for free on the App Store (with optional subscription tiers for enhanced features). ActiveLook’s connected glasses, compatible with Cadence, can be purchased from engoeywear.com.

MICROOLED has also developed a proprietary interface, offered for free, to foster an entire ecosystem around their glasses. This patented software, based on Bluetooth LE (BLE) technology, ensures efficient transmission of intelligence and information with minimal impact on consumption.

Philips Hue and Samsung SmartThings are expanding their collaboration to enhance the interaction between the Philips Hue Sync TV app, Samsung TVs, and the SmartThings ecosystem. This partnership aims to offer users a more immersive entertainment experience through synchronized lighting.

Starting in spring 2024, the Philips Hue Sync TV app will introduce a monthly subscription plan alongside the existing one-time purchase option. This subscription, priced at $2.99 per month, will allow users to unlock the app on up to three Samsung TVs within the same household. Additionally, the Sync TV app will expand its availability to Brazil, Hong Kong, Poland, the Czech Republic, and Slovakia.

Integration with the SmartThings mobile app will provide users with easier control over the Sync TV app and their lighting settings. Through the SmartThings app, users can adjust settings, choose different modes, and initiate or cease synchronization without interrupting their TV viewing experience. Advanced automations will enable users to create personalized entertainment routines with just a push of a button.

Music Mode

A new feature called Music mode will be introduced to the Philips Hue Sync TV app, allowing compatible 2024 Samsung TVs to synchronize lighting with any audio content played on the TV. This feature will transform the living room into a concert hall, enhancing the audio-visual experience.

Jasper Vervoort, Business Leader at Philips Hue, expressed excitement about the expanded partnership with SmartThings, emphasizing the aim to provide users with greater control over their entertainment experiences. Mark Benson, Head of SmartThings US, highlighted the partnership’s commitment to delivering seamless and innovative solutions for enriching users’ smart home experiences.

The Philips Hue Sync TV app is compatible with Samsung Q60 series or higher QLED TVs manufactured from 2022 onward. Integration with the SmartThings app and the introduction of monthly subscriptions will commence in spring 2024, alongside the launch of Music mode for compatible 2024 Samsung TVs. Compatibility with 2022 and 2023 Samsung TVs will follow later in the year.

Samsung is set to kick off the rollout of One UI 6.1 starting March 28, extending its reach to the Galaxy S23 series, S23 FE, Z Fold5, Z Flip5, and the Tab S9 series. This update marks a significant milestone in Samsung’s ongoing efforts to integrate Galaxy AI features into its ecosystem, benefiting millions of users worldwide.

Earlier this year, Samsung introduced Galaxy AI, ushering in a new era of innovation for Galaxy smartphones. With the Galaxy S24 series leading the charge, users have already experienced the transformative potential of Galaxy AI. Now, with One UI 6.1, these cutting-edge features are expanding across a broader range of devices.

Among the standout features introduced with Galaxy AI are Circle to Search with Google, Live Translate, Chat Assist, and Generative Edit. Circle to Search with Google redefines the search experience by seamlessly integrating search functionality into users’ daily interactions.

Live Translate breaks down language barriers in real-time, facilitating fluid conversations with two-way voice translations and live captions during calls. Chat Assist enhances communication by offering translation aids, style enhancements, and grammar tweaks in 13 different languages. Generative Edit empowers users to unleash their creativity in photo editing, providing unparalleled control over visual narratives.

The software update will be available to devices sold through major carriers such as AT&T, T-Mobile, Verizon, and USCC, as well as retail partners including Amazon and Best Buy, ensuring widespread accessibility to these exciting new features.

The LEGO Group and Epic Games have introduced new LEGO tools in Unreal Editor for Fortnite (UEFN) and Fortnite Creative, enabling creators worldwide to design and publish their own LEGO Islands within the game. This collaboration, announced at the 2024 Game Developers Conference, aims to empower Fortnite creators with the creative potential of the LEGO System in Play.

Creators are provided with LEGO Templates to facilitate the creation process and offer a variety of play experiences for gamers of all ages. Additionally, the LEGO Group has unveiled three new LEGO Islands within Fortnite, expanding the game’s creative possibilities.

The integration of LEGO elements, styles, and brand assets into Fortnite’s creative tools allows for the development of diverse experiences, which must adhere to ESRB and PEGI rating guidelines to ensure accessibility and safety for players. Creators enrolled in the Fortnite Island Creator Program may also receive payouts for their creations.

Building all new islands, limited only by your imagination.

Create your own LEGO® Island with LEGO Elements and Island Templates in UEFN and Creative – starting now! pic.twitter.com/KJif56WKa7

— Fortnite Creators (@FNCreate) March 20, 2024

This initiative marks another milestone in the ongoing partnership between Epic Games and The LEGO Group, following the launch of LEGO Fortnite in December 2023. The new LEGO Islands include LEGO Prop Hunt, LEGO Battle Arena, and LEGO Cat Island Adventure, each offering unique gameplay experiences.

Kari Vinther Nielsen, Head of Play & Creator Growth at LEGO GAME, expressed excitement about democratizing creativity and enabling creators to leverage the LEGO brand in unprecedented ways. The LEGO Group plans to introduce additional LEGO-themed experiences in Fortnite throughout 2024 and beyond.

A California-based startup, Astrolab, is collaborating with creative agency Group of Humans to pioneer lunar surface advertising opportunities, marking a potential shift towards a futuristic vision where the moon becomes a platform for commercial messaging.

Astrolab plans to deploy its ‘ Flex‘ rover to the moon by 2026, aiming to offer brands space on the vehicle’s exterior for advertisements. The initiative seeks participation from various sectors, including telecommunications, construction, and art. Group of Humans has introduced a ‘lunar charter,’ requiring brands to commit to enhancing life on Earth as a condition for participation.

The project envisions leveraging the unique lunar environment to showcase product durability and innovation, with the absence of atmosphere and reduced gravity offering a distinct advertising backdrop. While advertising during space travel isn’t novel, the prospect of lunar ads presents new opportunities for brand exposure and exploration.

SpaceX to Transport the First Flex Rover to the Moon

Astrolab’s Flex rover, designed for lunar mobility and payload transport, completed a successful test drive in Earth’s desert terrain, simulating lunar conditions. SpaceX, led by Elon Musk, is slated to transport the first Flex rover to the moon, coinciding with NASA’s plan to return humans to the lunar surface in 2026.

Beyond commercial ventures, NASA’s Artemis program aims to establish a sustainable lunar presence, with plans for a permanent moon base by the end of the decade. The Group of Humans website is actively seeking interested companies to participate in this pioneering advertising endeavor, framing it as a transformative leap for science, culture, and civilization.

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Looking ahead, Mars emerges as the next frontier for human space exploration; NASA envisions a phased approach, including lunar missions to construct habitats and test Deep Space Transport vehicles, leading to crewed expeditions to the Martian system and eventually the surface of Mars by the 2030s.

Sony’s forthcoming Xperia 1 VI is anticipated to undergo slight alterations in dimensions compared to its predecessor, the Xperia 1 V, as per recent leaks. The rumored removal of the 4K display in favor of a 19.5:9 aspect ratio would result in a shift in the phone’s measurements.

The purported dimensions for the Xperia 1 VI are 162 x 74.4 x 8.45mm, making it 3mm shorter and slightly wider than the Xperia 1 V, which measures 165 x 71 x 8.3mm.

Speculative renders from Weibo show the Sony Xperia V (left) vs. Xperia 1 VI (right)

Despite the reduction in vertical space, Sony is speculated to retain its traditional design with top and bottom bezels. This decision ensures the preservation of features like stereo speakers and a front-facing camera housed within the bezel rather than integrated into the screen.

Regarding the display, leaked information suggests a screen size of 149.6 x 69.4mm, resulting in a 19.4:9 aspect ratio and a 6.49-inch diagonal measurement.

Speculative renders from Weibo show the Sony Xperia V (left) vs. Xperia 1 VI (right)

The Xperia 1 VI is projected to be officially unveiled in May. Prior leaks hint at potential variations in RAM configurations, with options for 12GB and 16GB.

Additionally, there are mentions of other models like the Xperia 5 VI with 8GB of RAM and the Xperia 10 VI with either 6GB or 8GB of RAM, although it remains uncertain whether these models will also debut alongside the Xperia 1 VI in May.

Are you excited for the new version of the Xperia 1? Let us know your thoughts and expectations!

Qualcomm Technologies, Inc. and Google have jointly announced the launch of an optimized Chrome browser tailored for Windows PCs powered by Snapdragon processors. This release precedes the arrival of PCs featuring the Snapdragon X Elite compute platform, anticipated to debut in mid-2024.

Google Chrome stands as the world’s most widely used browser, continually advancing with new functionalities, performance enhancements, and security updates — which include experimental generative AI capabilities.

Hiroshi Lockheimer, Senior Vice President at Google, emphasized Chrome’s core principles of speed, security, and user-friendliness across various platforms, expressing optimism about extending this experience to more users through collaboration with Qualcomm Technologies, ensuring an optimized browsing experience for ARM-compatible PCs.

Chrome comes ahead of PCs powered by Snapdragon X Elite, debuting in mid-2024.

Qualcomm and Google have a longstanding partnership, dating back to the inception of Android phones in 2008; Snapdragon chipsets also power numerous wearables featuring Google software, with plans for continued collaboration in the realm of extended reality (XR) devices.

Cristiano Amon, President and CEO of Qualcomm Inc., highlighted the significance of the new Chrome version in bolstering the role of Snapdragon X Elite as a leading platform for Windows PCs; Amon positioned this collaboration as pivotal amid an impending shift towards AI-driven computing, anticipating Chrome’s utilization of Snapdragon X Elite’s robust capabilities.

Preliminary tests conducted on Snapdragon X Elite reference devices have showcased notable performance enhancements in Chrome, particularly evident in the Speedometer 2.1 benchmark.

Available for Download

The optimized Chrome browser for Windows on Snapdragon is currently available for download, catering to users of existing Windows on Snapdragon devices.