Super Bowl LIX was not only a thrilling sports event but also a showcase of innovative technologies. Cutting edge innovation helped enhance the experience for fans, players, and broadcasters alike. From advanced broadcasting equipment to AI powered security measures, here’s a look at the cool tech that was used in Super Bowl LIX.

Advanced Broadcasting with Over 100 Sony Cameras

Fox Sports pulled out all the stops for their Super Bowl LIX broadcast, deploying over 140 cameras to capture every angle of the game. It used Sony‘s brand new SkyCam that offers 4K 240Hz video recording. So you get an ultra high definition aerial view of the sporting event with great clarity. Meanwhile, the lower SkyCam used LiDAR and Simultaneous Localization and Mapping (SLAM) technology for precise positioning, enhancing the performance of augmented reality (AR) graphics during the broadcast.

AI Integration in Advertising and Security

Artificial intelligence played a significant role in Super Bowl LIX, especially in advertising and security. During the major American sporting event, debuted its first-ever Super Bowl commercial, a 60-second spot highlighting humanity’s technological evolution and the practical applications of AI, such as ChatGPT.

Moving away from its mainstream presence, AI powered systems were also used with facial recognition technology for improved security at the event. hese technologies aimed to ensure a secure environment for attendees by efficiently monitoring and managing crowd activities.

Cool Synchronized LED Wristbands

To create a more interactive and visually stunning experience, fans at the Super Bowl were provided with LED equipped wristbands. Stuff like these are usually seen in major music concerts, but the Super Bowl LIX synchronized these LED wristbands with the stadium’s music and lighting system. This allowed for a coordinated light show that added a dynamic element to the live experience.

Immersive Viewing Through Augmented Reality

Super Bowl LIX was special this year as it employed Augmented Reality (AR) during their broadcasts. The AR elements provided an overlay with dynamic graphics onto the liv efeed, which gave viewers real time statistics, player highlights, and interactive visuals. This also enhanced the overall experience.

In conclusion, Super Bowl LIX was a great stage that showcased how cutting-edge technology can elevate the experience of a major sporting event. From advanced broadcasting techniques and AI applications to immersive fan engagement tools, the integration of these innovations ensured a new and improved experience of the Super Bowl.

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The skies above Hailar District, Hulunbuir, in north China‘s Inner Mongolia Autonomous Region, recently witnessed a remarkable achievement. The AG600M, a variant within China’s AG600 amphibious aircraft family designed for firefighting, has successfully concluded a series of rigorous cold-weather flight tests. This milestone was announced by the Aviation Industry Corporation of China (AVIC), the powerhouse behind the country’s aircraft manufacturing.

The temperature in the tests dropped to negative 40 degrees Celsius

Spanning roughly two weeks, the tests threw the AG600M into the depths of winter’s embrace, with temperatures plummeting between a biting minus 20 to minus 40 degrees Celsius. The extreme cold provided the perfect backdrop to evaluate the aircraft’s resilience and operational capabilities under harsh conditions. The focus was on examining how the aircraft’s critical systems – including its power, fuel, flight control, and avionics – performed in the face of severe frost and freezing conditions.

The successful completion of these tests marks a significant step forward for the AG600M. It not only demonstrates the aircraft’s robustness and reliability in unforgiving climates but also assures its effectiveness in firefighting missions across diverse environments. Moreover, the examination of the aircraft’s maintainability in such low temperatures has provided valuable insights, ensuring that the AG600M can be swiftly and efficiently serviced, regardless of the challenges it may face.

The aforementioned progress reflects China’s dedication to pushing the boundaries of aerospace technology and its contribution to enhancing global emergency preparedness and response strategies. Stay tuned to Gizmochina for more innovation-related news!

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A monumental moment in technology and medicine unfolded as Neuralink, the brain-chip startup, announced the successful implantation of its device in a human patient. The patient, who underwent the procedure on Sunday, is reportedly in good health, according to the company’s high-profile founder, Elon Musk.

Elon Musk revealed the news to Social Media earlier today

This leap forward isn’t just a testament to Neuralink’s ambition but marks a significant milestone in the field of brain-computer interfaces (BCIs). The U.S. Food and Drug Administration’s nod last year for human trials set the stage for this momentous occasion. The primary objective of these trials is audacious yet inspiring: to enable paralysis patients to control digital interfaces, such as computer cursors or keyboards, using only their thoughts.

The procedure, executed with precision by a surgical robot, involves placing an implant in the brain region that governs movement intention. The implant’s ultra-fine threads are designed to pick up neural signals, transforming thought into action in the digital realm. The company named its first product “Telepathy,” a fitting moniker for a technology that seems straight out of science fiction.

Despite the optimism surrounding this development, it’s important to recognize the scrutiny Neuralink has faced. Concerns have been raised about the safety protocols employed by the company, especially in light of a fine imposed by the U.S. Department of Transportation for mishandling hazardous materials. Moreover, a group of lawmakers has urged the U.S. Securities and Exchange Commission to investigate potential misrepresentations by Musk regarding the safety of Neuralink’s technology, following reports of adverse effects in animal trials.

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Shanghai, a bustling metropolis, is on a mission to transform into a major world center for science and technology innovation. This ambitious goal hinges on attracting high-end talent in cutting-edge fields like fintech, smart manufacturing, and quantum science. The recent Pudong International Talent Hub Forum highlighted this push, revealing Shanghai’s strategic plan to become a global player in the sci-tech arena.

This is an ambitious initiative to foster smart minds and people

Dominique Turpin, a key figure at the China Europe International Business School, emphasizes the crucial role of global talent in rejuvenating the post-COVID-19 economy and keeping Chinese companies ahead in the competitive race. In pursuit of this talent, Shanghai has been rolling out attractive packages and comprehensive support, especially in the Pudong New Area. This zone is rapidly evolving into a talent magnet, showcasing Shanghai’s commitment to becoming a sci-tech powerhouse.

At the core of these efforts is the Pearl Project. It’s an ambitious initiative aimed at bringing in top-notch international minds in science and technology. Selected “Pearl Peak Talents” are rewarded generously, with incentives like substantial financial support and entrepreneurial assistance. The project’s impact is already evident, with over 800 talents chosen from thousands of applicants.

Shanghai’s focus isn’t just on attracting talent but also on creating an ecosystem where innovation thrives. Qi Yuxia, a local official, outlines the vision of Pudong as an integrated, innovative hub, attracting global minds and fostering a dynamic environment for scientific advancements.

However, the journey isn’t without challenges. Wang Hong, president of CEIBS, points out key areas needing attention, like achieving technological breakthroughs and enhancing Shanghai’s global scientific influence. Wang’s suggestions for overcoming these hurdles include building a solid industrial base, attracting international talent, and promoting Shanghai’s openness to the world.

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China’s web novel industry is experiencing a significant boost in global popularity, thanks to the advancements in artificial intelligence (AI) translation. A recent report from Tencent-backed China Literature reveals an impressive 40% increase in overseas sales in 2022, amounting to 4.06 billion yuan (about $572 million). This leap is largely attributed to generative AI technologies that have revolutionized the translation process, making Chinese web novels more accessible to international readers.

Thanks to Generative AI, sales of web novels soared by 40% in 2022

Previously, translating these novels into different languages was a time-consuming and labor-intensive task. Now, AI-powered tools have streamlined this process, enabling quicker and more efficient translations. This technological advancement has opened doors for Chinese content to be enjoyed in over 40 countries and regions, translated into more than 20 languages. The report, presented at the second Shanghai International Online Literature Week, underscores the significant role of AI in boosting the global reach of Chinese online literature.

Despite these advancements, the quality of AI translations has received mixed reviews. Some readers have criticized the translations for poor grammar and readability, indicating that while AI has made translations faster and more accessible, there is still room for improvement in terms of quality. Nevertheless, many readers appreciate the effort and acknowledge the improvement over time, especially in making these stories available in multiple languages.

China Literature’s initiative to invest more in AI translation technology aims to enhance the quality of translations further. They plan to extend their reach by translating more works into languages like English, Spanish, and Portuguese, among others. This strategy aligns with the company’s observation that over 80% of WebNovel’s readership belongs to Gen-Z, a demographic known for its diversity and global outlook. As technology continues to evolve, it’s expected that AI will play an even more pivotal role in bridging the gap between different cultures and languages in the literary world.

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Chinese giant Huawei Technologies is making strategic moves to diversify its business amid challenges from US sanctions. The tech giant is now partnering with Hailiang Group, China’s top copper pipe exporter and a global market leader, to offer advanced digital solutions.

The companies have been collaborating since 2022

Hailiang Group, with its diverse interests in mining, education, agriculture, and real estate, is set to benefit significantly from Huawei’s expertise in cloud computing, artificial intelligence (AI), and 5G technology. This partnership, which builds on their ongoing collaboration since 2022, aims to revolutionize Hailiang’s operations across various fronts, including digital management, smart manufacturing, and green energy initiatives.

This move is a part of Huawei’s broader strategy to create new revenue streams by offering its technological prowess to conventional industries. The sanctions imposed by the US in 2019 prompted Huawei to rethink and reshape its business model. By establishing specialized teams, known as “legions,” Huawei has focused on creating bespoke digital transformation solutions for industries like mining, customs, and smart highway systems.

The collaboration with Hailiang is more than just a business expansion for Huawei; it’s a testament to its resilience and adaptability in the face of external pressures. This initiative is not only expected to propel Hailiang’s growth but also demonstrates Huawei’s capability to drive innovation beyond telecommunications.

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China‘s BeiDou navigation system has achieved a significant milestone by being internationally recognized as a global standard for commercial aviation. This recognition marks a major leap in satellite navigation technology, positioning BeiDou as a viable alternative to the long-established US Global Positioning System (GPS).

The network has a total of 56 positioning satellites

BeiDou, completed in 2020, features a network of 56 positioning satellites. Its adoption by the International Civil Aviation Organization signifies its capability to provide reliable global navigation services, a critical factor for civil aviation. This development not only showcases China’s technological advancements but also introduces a new player in the global satellite navigation market.

The system’s integration into various domestic industries is noteworthy. BeiDou has been extensively used in China’s transportation, communication, and agricultural sectors, reflecting its versatility and reliability. In 2022, the satellite navigation industry in China, bolstered by BeiDou, reached a remarkable output value of 500.7 billion yuan, demonstrating the economic impact of this technology.

BeiDou’s recognition is more than just a technological achievement; it’s a strategic move by China to assert its presence in global technology markets. It reflects China’s efforts towards self-sufficiency in technology and its ability to provide alternatives to Western technologies.

The expansion of BeiDou has significant implications for international cooperation, particularly with countries involved in China’s Belt and Road Initiative. It opens up new avenues for China to extend its technological influence globally, particularly in regions seeking alternatives to Western satellite navigation systems.

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This is big news! China has launched the world’s first next-generation internet service, surpassing industry predictions by a staggering two years. This new backbone network, a critical data highway connecting major cities, boasts an impressive data transmission speed of 1.2 terabits per second. This speed is over ten times faster than most current major internet routes and marks a significant leap in global internet.

The high speeds were achieved through extensive optical fiber cabling

Spanning over 3,000 kilometers, the network links Beijing, Wuhan, and Guangzhou through an extensive optical fiber cabling system. Officially operational since July, the network’s reliability and efficiency have been thoroughly tested and proven. This groundbreaking achievement results from a collaborative effort involving Tsinghua University, China Mobile, Huawei Technologies, and Cernet Corporation.

While most global internet backbone networks currently operate at around 100 gigabits per second, China’s new network smashes this standard, even surpassing the United States‘ recent upgrade to a 400 gigabits per second Internet2. The Beijing-Wuhan-Guangzhou connection is part of the ambitious Future Internet Technology Infrastructure (FITI) project, a decade in the making and an advanced iteration of the China Education and Research Network (Cernet).

The FITI project, under the leadership of Wu Jianping from the Chinese Academy of Engineering, aims to not just create a superfast line but to lay the foundation for an even faster internet in the future. Huawei Technologies’ vice-president Wang Lei highlighted the network’s remarkable capacity, capable of transferring data equivalent to 150 high-definition films in just one second.

This new network is likened to a superfast train track, replacing multiple regular tracks to carry the same amount of data, as described by Tsinghua University’s Xu Mingwei. This analogy underscores the efficiency and cost-effectiveness of the new system, making it easier to manage while handling a significantly higher data load.

Beyond its technical abilities, the network is crucial for national education, research, and emerging needs in data transfer for applications such as connected electric vehicles and industrial 5G technology. The FITI project, supported by the government and managed by the Education Ministry, represents a remarkable milestone, not only in internet technology but also in China’s pursuit of technological independence.

The network’s development involved domestic production of all software and hardware components, marking a shift from China’s previous reliance on foreign technology. The team led by Wu Jianping has made significant advancements in routers, switches, and optical fiber connections, demonstrating China’s growing prowess in internet technology.

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The perception of China‘s rise as a global power has significantly impacted American public opinion, particularly concerning economic and security issues. A recent survey conducted by the Chicago Council on Global Affairs revealed a notable shift in the American public’s perspective, highlighting heightened concerns over China’s growing influence.

Americans are, however, not skeptical regarding their country’s military prowess

The survey, which involved participants from various demographics, indicated that a majority of Americans now view China’s ascent as a critical threat to the United States‘ interests. This sentiment marks the highest level of concern since the end of the Cold War. The areas of particular worry include intellectual property theft, economic competition, and China’s role in global supply chains.

These concerns come at a time when the U.S. is preparing for its next election cycle, with China’s policies and actions likely to be a major topic. Interestingly, the survey revealed a balanced view among Americans regarding the economic power balance between the U.S. and China, with opinions divided on which country holds the upper hand.

The issue of trade has been a longstanding concern in U.S.-China relations, with many Americans viewing China as an unfair trading partner. This perception has evolved over time, with more Americans now seeing China’s economic power as a critical threat to U.S. interests. The survey indicates strong support for policies that limit the exchange of goods and technologies between the two nations, especially in light of Chinese firms’ involvement in intellectual property theft.

Despite these economic concerns, Americans seem more confident in their country’s military supremacy over China. This confidence, however, does not mitigate the overall apprehension about China’s role and intentions on the global stage. Trust in China’s ability to handle global problems responsibly has significantly decreased, reflecting a broader trend of declining American confidence in China. The upcoming meeting between Presidents Xi and Biden, while unlikely to drastically change public opinion, could mark a step towards addressing some of these concerns.

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Didi Global, China‘s leading ride-hailing company, has reported its first quarterly profit since 2021, marking a significant turnaround in its business performance. This is a strong indication of the recovery and resilience of China’s technology sector, which has faced regulatory challenges and competitive pressures in recent years because of (mostly) US restrictions.

The mobility demand in China seems to be on the rise after the pandemic

Didi’s return to profitability can be attributed to the improved domestic demand for mobility services in China. The company has successfully navigated through a complex regulatory environment, adapting its business strategies to meet the evolving needs of consumers and authorities alike. This adaptability has been key to Didi’s resurgence and reflects the broader agility of Chinese technology companies.

The profitability of Didi Global also signals a positive trend in the Chinese tech industry. After a period of regulatory tightening and market uncertainties, the sector is showing signs of robust growth and innovation. Companies are increasingly focusing on sustainable business models and compliance with regulatory norms, which is essential for long-term success in the dynamic Chinese market.

Furthermore, Didi’s performance is an indicator of the potential of China’s domestic market. As the country’s economy continues to grow, there is an increasing demand for technology-driven services. Companies like Didi, which have a deep understanding of local market dynamics, are well-positioned to capitalize on these opportunities.

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To be very fair, the emergence of electric bicycles has ushered in a new era of technological advancements and achievements. As the demand for alternative transport options grows, the spotlight is increasingly on ensuring the safety of all road users. Witness V2X – a revolutionary vehicle-to-vehicle communication technology that aims towards redefining road safety standards.

The technology simply allows vehicles on the road to communicate with each other

At its core, V2X offers a simple yet powerful solution: enabling cars and bikes to “talk” to each other. Imagine cycling towards an intersection and receiving a timely notification on your bike’s display or smartphone about an approaching car. Simultaneously, the car driver receives an alert about your presence, even before you come into their line of sight. This two-way communication system aims to drastically reduce the chances of collisions and, consequently, injuries.

However, the road to achieving this vision is not a solitary journey. A remarkable collaboration is unfolding behind the scenes, with 19 key players from the automotive, bicycle, and tech sectors joining forces. Notable names such as Bosch, Shimano, Trek, and Audi are at the forefront of this initiative, underlining the collective commitment to enhancing road safety.

The urgency of this collaboration is underscored by a sobering statistic from Bosch, highlighting over 130,000 cycling-related injuries in the US annually. Addressing this challenge head-on, the Coalition for Cyclist Safety has set its sights on introducing Vulnerable Road User (VRU) connected technologies. Brands like Audi, Bosch, and Shimano view this as a potential game-changer in saving lives.

Looking ahead, Audi envisions a future where as many as 5.3 million US vehicles will be equipped with V2X by 2025. The scope of this technology is set to expand further, encompassing communication with pedestrian crossings, school zones, and even buses by 2030. In the words of Claus Fleischer, CEO of Bosch eBike Systems, the success of V2X hinges on a united approach. He emphasizes the need for cross-industry collaboration to ensure that all road users can reap the benefits of this transformative technology.

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China is intensifying efforts to reduce its reliance on Western technology, with a surge in domestic substitution initiatives revealed through government tenders and research documents, as reported by Reuters. As Washington enforces tighter restrictions on high-tech exports to China, the country has increased spending to replace foreign-made equipment with homegrown alternatives. 

In the past year, state-owned enterprises, government bodies, and military entities have issued 235 tenders to nationalize equipment, doubling from the previous year. The value of these projects reached 156.9 million yuan, over triple the previous year’s expenditure.

Sensitive Sectors Targeted:

Sensitive sectors like computer equipment, telecom, and finance are being targeted, with digital payments particularly vulnerable to potential Western hacking. The government’s concerns about foreign powers infiltrating critical infrastructure have prompted moves to bolster cybersecurity measures and develop indigenous technologies.

Challenges and Strategies:

Despite significant investments, China faces challenges, particularly in advanced chip manufacturing, limiting its ability to entirely replace foreign products. Efforts to localize technologies were previously hindered by technical limitations. 

State-owned companies are increasingly winning major contracts, pushing away from US companies like Microsoft and Adobe. Huawei has emerged as a leading player due to its agility, diverse product suite, and robust cybersecurity offerings.

Market Impact:

These substitution initiatives have reshaped the software industry landscape, with major foreign makers’ combined market share dropping from 57.3% in 2018 to 27.3% by 2022. However, foreign firms still dominate in banking and telecoms database management, constituting 90% of the market share.

International Implications:

China’s substitution efforts do not violate international accords due to its non-signatory status in World Trade Organization clauses governing public procurement. However, these initiatives have raised concerns among foreign tech companies and trade organizations, leading to calls for fair competition and non-politicized procurement procedures.

China’s Tech Revolution Amidst Economic Shift:

In tandem with China’s push for domestic technology self-sufficiency, the nation is also embarking on a strategic shift towards a consumption-centered economy. Beijing plans to unleash spending power within the country. This shift towards a consumption-driven economy aligns with China’s overarching goals, including reducing reliance on foreign technologies and bolstering domestic innovation.

As China accelerates its drive towards technological self-reliance, the global tech landscape faces shifts in market dynamics, reshaped by Beijing’s strategic initiatives and growing domestic capabilities.

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As of December 1, China is enforcing new regulations requiring all research institutions—including universities, hospitals, and enterprises—to undergo ethics reviews. The move, according to the Ministry of Science and Technology, is aimed at ensuring that science and technology are used “for good.”

The regulations will require universities, hopsitals and companies to undergo ethics reviews

This development represents a first for China, bringing it to the forefront in establishing guidelines for ethical considerations in fields such as human and animal research, as well as artificial intelligence (AI). Among the areas needing third-party expert verification are algorithmic models with social influence, invasive brain-computer interfaces, and automated decision-making systems affecting health and security.

But what does this mean for the nation’s push towards scientific innovation? On one hand, the new regulations could serve as a much-needed moral compass, especially in a landscape marked by ethical quandaries like the one involving Chinese scientist He Jiankui. He shocked the world by creating gene-edited babies and was later imprisoned for illegal medical practices.

On the other hand, the guidelines could stifle innovation. The formation of an ethics review committee, with a minimum of seven members, could slow down research projects. These committees have the authority to cancel projects, posing a potential roadblock to fast-paced scientific advancements.

The guidelines also cast a wide net over “sensitive research areas,” requiring data and algorithms—integral components of AI development—to undergo the review process. This could impact China’s standing in the global tech race, especially as AI becomes an increasingly critical component in sectors ranging from healthcare to national security.

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In a surprising turn of events, Microsoft has announced a fresh wave of layoffs, affecting primarily its sales, marketing, and customer support departments. This comes just months after CEO Satya Nadella had previously declared a reduction of 10,000 employees, which was anticipated to be completed by the end of March. The news of these additional job cuts was revealed as several employees updated their LinkedIn profiles to reflect their status as part of the new round of layoffs.

A lot of tech companies seem to be benefitting from AI going mainstream

A spokesperson from Microsoft confirmed the recent workforce adjustments, stating, “Organizational and workforce adjustments are a necessary and routine part of managing our business. We will continue to prioritize investments in strategic growth areas to support the future of our customers and partners.” While the statement may provide some insight into the motivation behind the layoffs, it remains unclear why these specific departments have been targeted.

Despite these layoffs, Microsoft’s financial position remains robust in 2023. Over the past six months, the company’s shares have surged by an impressive 40.74%. This upward trajectory can be attributed, at least in part, to Microsoft’s investment in the generative AI business. The company has recognized the potential of artificial intelligence, and its strategic decisions in this area have paid off handsomely.

Microsoft is not the only company benefiting from the AI revolution. Stock prices of other technology companies have experienced significant increases due to the impact of artificial intelligence. For example, Nvidia has seen its stock price soar by an astounding 194.61% in 2023, reaching record highs.

As Microsoft’s fiscal year approaches its end on March 31, 2023, the company’s net profit has risen to an impressive $18.3 billion, representing a 9% year-on-year increase. Investors eagerly await the announcement of Microsoft’s fourth-quarter earnings, which is scheduled for the end of this month.

While the news of the latest round of layoffs may unsettle some, Microsoft claims that it’s all to increase strategic focus on growth areas. Coupled with its strong financial performance, the company is clearly stating its commitment to staying ahead in the game.

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In a groundbreaking development, Insilico Medicine, a start-up company specializing in AI-driven drug discovery, has announced the commencement of Phase II clinical trials for a new drug designed to treat idiopathic pulmonary fibrosis (IPF). This rare disease, characterized by chronic progressive fibrosis of the lungs, affects millions of people worldwide, and until now, no curative treatment has been found.

A total of 60 people will go through clinical trials across 40 institutions

Insilico Medicine, with its dual headquarters in New York and Hong Kong, utilized the power of artificial intelligence to analyze extensive medical data and identify key protein structures associated with IPF. By leveraging AI algorithms, the company successfully screened and identified substances that could inhibit these proteins, paving the way for the development of a potential breakthrough drug.

The clinical trials for this new drug will involve 60 participants across 40 prestigious institutions in China and the United States. This collaborative effort aims to evaluate the drug’s efficacy and assess its safety profile.

The utilization of AI in drug discovery has revolutionized the pharmaceutical industry, enabling faster and more cost-effective research and development processes. Insilico Medicine has been at the forefront of this technological advancement, having already discovered 12 candidate drugs for various diseases, including liver cancer and breast cancer. Three of these drugs have progressed to human clinical trials after successful animal testing.

The success of Insilico Medicine has garnered the attention of major players in the pharmaceutical industry. The company has secured significant investments from renowned firms such as Fosun International in China and Warburg Pincus in the United States. Additionally, Insilico Medicine has entered into technology licensing agreements with leading pharmaceutical companies like Sanofi and Johnson & Johnson.

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Every country aspires to be at the forefront of AI and technology, owing to the immense potential and transformative power they hold. Being ahead in these fields offers economic growth, competitiveness, and national security. AI and technology drive innovation, productivity, and efficiency across industries, leading to job creation, increased revenue, and improved living standards. Additionally, advanced AI capabilities enhance a country’s global influence, allowing it to shape the direction of emerging technologies, set industry standards, and gain a strategic advantage in areas like defense and cybersecurity. The UK seems to realize how fast AI is threatening to take over all aspects of technology, and for this reason, British Prime Minister Rishi Sunak emphasized the need for swift action to maintain the UK’s status as a global technology hub during his address at the opening of London Tech Week.

Global Leaders are quickly realizing the Future Implications of AI

Sunak called on technology leaders to seize the opportunities and challenges presented by artificial intelligence (AI) to ensure that the UK becomes the best country in the world for starting, growing, and investing in tech companies. Recognizing that the tech sector is evolving rapidly, Sunak expressed his sense of urgency and responsibility in harnessing this opportunity. Governments worldwide face the challenge of striking a balance between assessing and controlling the potential negative consequences of AI while fostering innovation in the field.

Back in the month of March, the UK had opted to assign regulatory responsibility for AI to existing government agencies that are directly responsible for human rights, health, and safety. Sunak reiterated the importance of the tech sector in his economic development plan and outlined the UK government’s collaboration with businesses to capitalize on transformative technologies like AI. Artificial intelligence is considered by many industry experts as a game-changer akin to the Internet. Sunak recently visited the United States, where he announced that the UK would host a global summit on AI safety later this year. The summit aims to address the risks associated with AI and explore coordinated international efforts to tackle them. Time will tell if Sunak’s new strategies bear any fruit.

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Meta Platforms, the parent company of social media giant Facebook, is reportedly in talks with Magic Leap for licensing the company’s augmented reality (AR) technology.

If the deal goes through, then Meta will get access to Magic Leap’s expertise in the development of lightweight and high-resolution AR headsets, a segment in which the social media company has invested heavily.

The deal would be a major step forward for both companies as Meta will get access to Magic Leap’s technology while the latter will get an infusion of cash, helping it accelerate the development of its tech. However, it’s still too early to tell if the deal will go through, and even if it does, then they are not expected to make a product together.

Magic Leap has been working on the development of AR technology for several years now, and it has already released its AR glasses named Magic Leap One which received mixed response. However, it has kept developing the technology and is arguably the leading player in the market.

On the other hand, Meta has been heavily investing in augmented reality as the company sees the technology as a core part of its future. It has launched Quest 2 and is now looking to develop a more advanced headset for a wide range of applications.

There are a few major technology companies working on AR technology but no one has launched a disruptive product so far the continued investment in this space indicates that the companies are serious about AR and expect it to play a major part in the future.

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Plastic waste is a growing concern worldwide, and researchers have been working hard to find solutions to this critical issue. Recently, some potentially promising news has emerged from a study that discovered microbes capable of breaking down plastic without requiring high temperatures. These microbes were found in the polar regions of the Arctic and the Swiss Alps. Although this is just the beginning of the research, these findings could have a significant impact on how we deal with industrial plastic waste in landfills, which causes massive ecological damage.

Degrading Plastic with heat is far from Carbon-Neutral

The traditional approach to harnessing plastic-degrading microorganisms has been hindered by their requirement for high temperatures. However, the microbes discovered in this study have rewritten the rules by showcasing their remarkable plastic-digesting abilities at low to moderate temperatures. Previous attempts to employ plastic-eating microorganisms at an industrial scale proved challenging due to the need for costly heating processes that were far from carbon-neutral. However, the newfound cold-adapted bacteria and fungi have the potential to revolutionize the field by providing an efficient and environmentally friendly solution.

Among the various microorganisms tested, two fungal strains, Neodevriesia and Lachnellula, emerged as the unsung heroes of plastic degradation. These extraordinary fungi exhibited the ability to break down almost all types of plastics tested, with the exception of polyethylene (PE), which remains a formidable challenge for current methods. Nonetheless, their success in decomposing biodegradable plastics, such as polyester-polyurethane (PUR), and commercially available mixtures of polybutylene adipate terephthalate (PBAT) and polylactic acid (PLA), offers significant hope for a more sustainable future.

the researchers believe that these microbes’ ability to break down plastics may have been influenced by their natural adaptation to break down cutin, a protective layer found in plants that shares similarities with plastic polymers. This fortuitous connection between the microorganisms and the plant polymer cutin has paved the way for their enzymes to target plastic polymers, providing a starting point for further exploration and innovation in plastic waste management.

Although this discovery is merely the tip of the iceberg, it signifies a significant milestone in our quest to combat plastic pollution. Further research and development are essential to optimize the efficiency of plastic degradation and scale up these solutions for industrial applications. By prioritizing innovative approaches to plastic waste management, we can envision a future where plastic pollution becomes a relic of the past, safeguarding the health of our planet for generations to come.

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In today’s world, environmental pollution is a growing concern that is affecting every living organism on the planet. One of the most serious issues is marine litter, which is not only polluting seawater but also posing a grave threat to marine life. But what if we told you that a robotic jellyfish could help solve this problem? Scientists at the Max Planck Institute for Intelligent Systems in Germany have invented a robot jellyfish that can use its flapping power to clean up garbage on the seabed without touching it. The robot jellyfish is about the size of a palm and consists of a series of six actuators filled with artificial muscles called HASEL.

The Jellyfish moves with the help of Electrodes

The artificial muscle is a bag of oil surrounded by electrodes. When the electrodes are energized, they discharge into the surrounding seawater, which pushes the oil in the oil pockets back and forth, causing the robotic jellyfish to create a flapping motion. This movement generates currents around the jellyfish, sucking up small particles from the seabed, which can be used to remove debris from fragile marine environments such as coral reefs.

What’s more exciting is that the robot jellyfish mimics the movement of real jellyfish in nature, which flap to catch food and obtain nutrients. Unlike other methods that can harm marine organisms, the robotic jellyfish has almost no noise, coupled with its non-contact method, which ensures no negative impact on the marine environment and organisms. It can also collect some fragile biological samples, such as fish eggs. The robot jellyfish can also perform a grasping motion when two actuators approach each other in a pincer-like gesture. With this ability, two robots can work together to pick up more complex items, such as face masks, from the ocean floor.

The only limitation of the current robot jellyfish is that it needs to be connected to a wire for power supply. But scientists are working on solving this problem, and they have installed batteries and wireless communication devices on a sample and let it swim freely in a pond on the Max Planck campus in Stuttgart. In the next step, they plan to add the function to change direction.

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The evolution of smartphones over the years has brought about several innovative features that have changed the way we communicate, interact, and entertain ourselves. The most notable of these is the touchscreen display, which eliminated the need for a fixed QWERTY keyboard on smartphones. However, there are still some people who prefer physical keyboards to touchscreens when typing. For years, manufacturers have tried to integrate physical keyboards with touchscreen technology, but without success.

Some Users prefer Tactile Feedback over Customizability

Physical keyboards provide tactile feedback that some people find helpful, as they can feel it when they press a key. Additionally, some people find the physical keys easier to locate without looking at the keyboard. On the other hand, virtual keyboards are customizable and can change based on the context of the text being entered, offering features like autocorrect and suggested words. Ultimately, the choice between physical and virtual keyboards comes down to personal preference and typing style. Blackberry tried integrating both keyboards in the past, but now, another company is trying to research their way through this problem.

Researchers at Carnegie Mellon University’s Future Interfaces Group (FIG) have come up with a solution that could change this trend. The FIG researchers have developed a technology called Flat Panel Haptics, which uses embedded electroosmotic pumps (EEOPs) to create temporary pop-up buttons on OLED displays. The technology is still in the early stages of development, but it shows promise. The buttons appear when content is on the screen, which would typically trigger the appearance of the virtual keyboard. The FIG team hopes that this technology will eventually reach a point where users can enjoy the novelties of a physical keyboard without giving up screen space.

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As the Artificial Intelligence race heats up, Google is feeling the pressure, and the company is now reportedly working on a new AI-powered search engine.

According to the latest reports, the Mountain View-based technology giant is in the process of creating a new AI-powered search engine as well as updating technology in the existing search platform.

Internal documents indicate that the company has a project named Magi which is aimed at updating the existing search engine with the new technology and about 160 employees are currently working on it.

The new features are being created by designers, engineers, and executives working in sprint rooms to tweak and test the new versions. After the changes, the search engine would offer a more personalized experience than the company’s current service.

Google is reportedly planning to announce Magi next month and is expected to introduce additional features sometime in the fall. If that’s the case, then we expect the company to reveal details at the upcoming Google I/O. As per the report, Magi will be rolled out to one million users in the US before expanding to 30 million users by the end of the year.

The development comes at a time when it is reported that Samsung is considering ditching Google for Microsoft Bing as the default search engine on its devices. This poses a threat to a $3 billion contract with Samsung a similar $20 billion contract with Apple is up for renewal for the company.

Microsoft Bing, along with other products and services from the Redmond-based technology giant, has been in the news lately as the company has been increasingly relying on AI technologies, especially the ones developed by OpenAI to enhance offerings in the market.

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It’s been a long time since we first heard rumors about Apple planning to add Blood Glucose Monitoring support to the Apple Watch as a part of its health-related services.

Earlier this year, it was reported that the company had made major progress in the development, which led to speculations that it could get launched soon, but now a new report claims that the device isn’t coming anytime soon.

As per the latest report coming from Mark Gurman, the Apple Watch with support for the Blood Glucose Monitoring feature is still several years away. He indicates that the device will take somewhere between three to seven years to go official.

It is said that the Cupertino-based technology giant still needs to work on the algorithms and onboard sensors to be able to bring the technology to market. Further, the size of a module also needs to be reduced to fit the small and thin package of the Apple Watch.

For Apple, it has been a long journey working on introducing a Blood Glucose Monitoring technology. It reportedly first started working on it in 2010 with the acquisition of RareLight, and then it worked with Avolante Health LLC before moving to Exploratory Design Group (XDG).

The goal for Apple appears to be able to warn users of its smartwatch devices if they are prediabetic and suggest lifestyle changes before diabetes develops. It is speculated that the company is in the early stages of discussions to get regulatory approval for the technology.

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The big tech industry has seen massive growth in recent years, with companies like Google, Amazon, and Microsoft leading the way. However, this growth has come at a cost to the environment, as the carbon footprint of these companies continues to increase. The energy required to power the massive data centers that support their services, as well as the energy consumed by their employees and customers, are major contributors to their carbon emissions. Despite efforts to transition to renewable energy sources and improve energy efficiency, the scale and speed of their operations make it difficult to fully mitigate their impact on the environment. As a result, it is important for big tech companies to prioritize sustainability and reduce their carbon footprint in order to mitigate the negative effects of their operations on the planet. Microsoft is one of those companies.

As one of the tech industry giants, Microsoft faces an alarming carbon pollution problem, which is only escalating despite its commitment to becoming carbon negative by 2030. In response, the company has sought out Running Tide, an organization that specializes in mitigating the environmental impact of large-scale corporations. Running Tide, which has previously worked with Stripe and Shopify, intends to tackle Microsoft’s carbon emissions by utilizing the ocean as a carbon sink.

The plan is to grow kelp, or algae, on biodegradable buoys, which will absorb carbon dioxide before sinking to the ocean floor. Although this is a relatively new process, Running Tide has stated that it has removed less than 1,000 tons of carbon in research and test deployments, with the goal of removing up to 12,000 tons over two years for Microsoft alone. While the carbon removal industry is still in its early stages, the innovative approach taken by Running Tide has the potential to significantly reduce Microsoft’s carbon footprint, despite concerns from some scientists about the potential impact on ocean ecosystems.

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Apple iPhones have been one of the best-selling smartphones in the world, and the company has been trying to add new features to the device with each iteration. However, the company still lags in some technologies and features compared to some flagship Android offerings.

While most of the premium Android smartphones come with under-display biometric authentication to unlock the device, Apple has still been unable to add such technology to its devices, and it appears that it isn’t happening anytime soon.

According to the latest report coming from Ross Young, Apple is unlikely to implement the under-display Face ID technology on its smartphones until 2025. So, if you have been waiting for iPhones without a display notch, you would have to wait a few more years as the Cupertino-based tech giant isn’t prepared to implement under-display technology anytime soon.

Earlier, it was reported that the Apple iPhone with under-display Face ID could be officially launched in 2024, but the timeframe appears to have been pushed back because of sensor-related issues. Going by the new timeframe suggested, the Apple iPhone 17 lineup could be the first to have Face ID components hidden under the display.

Even when Apple adds under-display Face ID technology to the iPhones, it is said that the phone will still have a hole for the front-facing camera sensors. While we expect major changes to the smartphone, it is too early to speculate what changes will happen to the iPhone’s design as the company implements new technologies.

For the upcoming iPhone 15 series, Apple will add Dynamic Island to all four models, which is currently limited to iPhone 14 Pro models only. We expect a few other major changes with the upcoming iPhone lineup, especially the adoption of a USB-C port instead of the company’s proprietary Lightning port. The company is also rumored to launch an Ultra model in the iPhone lineup, but it’s not yet clear if the device is getting launched this year or next year.

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Xiaomi, the Chinese electronics giant, has announced a breakthrough in solid-state battery technology that promises to deliver higher energy density, better low-temperature performance, and enhanced safety. The company claims that its pre-developed solid-state battery technology achieves energy density of over 1000Wh/L, a 20% improvement in low-temperature discharge performance, and a significant increase in the acupuncture experiment passing rate.

The main difference between solid-state batteries and traditional batteries is the electrolyte, which is upgraded to a solid state. Solid electrolytes offer better mechanical strength and stability than liquid electrolytes, which are commonly used in traditional batteries. They also have the potential to solve many of the challenges facing traditional batteries, such as low energy density, poor low-temperature performance, and safety issues.

Solid-state batteries have the potential to revolutionize the battery industry, and Xiaomi’s new technology promises to be a game-changer. The company’s laboratory tests have shown that its solid-state batteries have an energy density of over 1000Wh/L, which is a significant improvement over traditional batteries. This means that more energy can be stored in a smaller space, which is critical for mobile devices such as smartphones and tablets. The company packed a super large 6000mAh battery capacity into the prototype of Xiaomi 13 smartphone, significantly improving battery life.

In addition to the high energy density, Xiaomi’s solid-state batteries also offer improved low-temperature performance. At low temperatures, the viscosity of the electrolyte in traditional batteries rises sharply, hindering the transport capacity of lithium ions and resulting in a rapid decline of 60% lithium conductivity. However, solid-state batteries can maintain sufficient lithium conductivity at low temperatures, which means they can perform better in cold environments. Xiaomi claims that its solid-state batteries have more than 20% higher discharge performance than traditional batteries at -20°C, making them suitable for use even in high latitudes.

Another major benefit of Xiaomi’s solid-state batteries is their improved safety. The use of a solid electrolyte can prevent the penetration of lithium dendrites, which can cause short circuits and other safety issues. Xiaomi’s technical team has also developed a method to improve the resistance to acupuncture of its solid-state batteries. By coating the positive electrode with solid electrolyte ceramics, the battery can better withstand needle puncture and prevent the communication between the positive and negative electrodes, ensuring the safety of use.

Overall, Xiaomi’s new solid-state battery technology represents a significant step forward in the development of next-generation batteries. The technology has the potential to significantly improve the performance and safety of batteries and could lead to the development of new innovations for mobile devices and other electronics.

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The Korean government laid out its new strategy, dubbed the “new growth 4.0 strategy,” details of which were released Monday. The primary goals highlighted in the plan are listed as follows:

• Flying taxis by 2025. 
• Spacecraft on the moon in 2032. 
• A 30 percent share in the 6G market by 2030. 
• Robot delivery in 2025. 
• Drone delivery in 2027.

Apart from these aforementioned goals,15 other areas have been targeted by the government. They include future mobility, space exploration, quantum technology, future medical technology; energy technology, AI and 6G communication networks, logistics, carbon-neutral cities, smart farms, smart grids, semiconductors, batteries, carbon-free and autonomous ships, bioscience innovation, K-culture and tourism; Korean content development; and huge overseas deals,v including construction, defense exports, and nuclear power plant contracts. 

Additionally, the Korean government is also heavily focusing on commercializing flying cars. Very recently, Japan’s first manned taxi took to the skies in a first-of-its-kind trip. With their ability to cover shorter distances in a shorter amount of time, flying cars hold the promise of freeing up the roads for pedestrians, cyclists, and long-distance travelers. The Korean government is also planning to open an Urban Air Mobility test bed in Goheung, South Jeolla, in the month of August this year. Further reports also state that Hyundai Motor and Korean Air are just some of the biggest private organizations involved in the design and development of flying vehicles. In-city testing is expected to begin in 2024.

As per the government’s proposition of a precision digital map, fully autonomous vehicles will be commercialized and regulated by the year 2027. As a part of its long-term plan, the government is also aiming towards popularizing self-driving vehicles by 2035. For the space program, the launch of the third iteration of their rocket, Nuri-Ho will be held in the first half of this year itself, with yearly launches planned down the line until 2027.

Another big part of Korea’s government plans is to open Korea’s very own Disney by the year 2025. The massive project, estimated at 6.3 billion won (~$48.5 Million), will be a key project to integrate the country’s culture and entertainment interests. The whole project will be located in Goyang at the time of its completion. 

Apart from the development of a 50-Qubit quantum computer by the year 2026, the Korean government is also advocating for the R&D of next-generation nuclear reactors. A lot of major Korean organizations are keen on investing in the nuclear future of the country. A new, more specific AI application plan will be implemented by the government to make day-to-day life easy for the country’s residents. The applications will range from childcare to education and medical services to 6G technology. The country already ranks second worldwide in terms of 5G network share. Lastly, micro fulfillment centers will be permitted by the government in order to deliver drones and robots for military applications.

Finance Minister Choo Kyung-ho stated that their economic slowdown is attributed to reducing exports and investments pertaining to the global economy. Such a detailed, step-by-step plan will help boost the country’s economic vitality over a long period. Of course, technological innovation will be the key method to achieving these long-term goals.

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Microsoft, which has partnered with and invested in OpenAI, the parent company of ChatGPT, is reportedly considering adding ChatGPT technology to its popular office suite, including Word, PowerPoint, and Outlook.

According to the report from The Verge, Microsoft is preparing to detail its productivity plans for integrating OpenAI’s language AI technology and its Prometheus Model in the coming weeks.

Microsoft is tentatively planning an announcement in March, highlighting how quickly the company wants to reinvent search and its productivity apps through its OpenAI investments. It is moving quickly with the integration of ChatGPT into its software and services because of competition from Google, which recently unveiled its own conversational AI technology named Bard. Microsoft had planned to launch its new Bing AI in late February but moved the date up to this week as Google was preparing to make its own announcements.

With the addition of this new technology, the move aims to improve efficiency and productivity by allowing users to perform more quickly and accurately. It will also assist users with language processing, the main feature of OpenAI’s technology.

In Microsoft Word, users could write more accurately and with fewer errors by suggesting alternative words and phrases. It could also summarize long documents and highlight key points for easily analyzing information. For Outlook, the Redmond-based technology giant could use ChatGPT to write replies to emails or summarize email threads.

As per the report, engineers and researchers at Microsoft have been working on tailoring AI tools for writing emails and documents for more than a year by using OpenAI’s machine learning models on customer data. They are now trying to figure out a way to train models using customer data without it being exposed to other customers, along with reducing errors.

Microsoft announced a new generative AI experience in Microsoft Viva Sales a week ago, which uses the Azure OpenAI Service and GPT to create sales emails, and it’s similar to some of the features Microsoft has been testing in Outlook.

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Revolutionary “Safety Cone Robots” have been spotted on highways in Ningbo, China, according to the Ningbo Evening News. In the event of a car accident, these intelligent cones will spring into action, autonomously closing off the emergency lane and broadcasting an alert through a rear horn to warn following vehicles. After the accident is handled, the cones will return to their charging stations.

A collaboration between Ningbo Traffic Police Detachment, Ningbo Datong Development Co., Ltd., and Farsoon Digital Technology (Zhejiang) Co., Ltd, these robots feature a dome light on top and smooth-moving wheels on the bottom, allowing them to maneuver in formation like a fleet of drones. The cones use With the south link of the Hangzhou Bay Cross-sea Bridge undergoing an intelligent transformation, millimeter-wave radar, and visual image sensing equipment have been installed to detect and respond to unexpected road conditions. Upon discovering such a situation on the road, the drones receive instructions via the ‘brain’ of the command centre. Personnel who are in charge of the operation can simply deploy the fleet of drones using one button. 

Driving at high speeds is vastly different from driving on standard roads. To ensure the safety of passing vehicles, an emergency lane must be closed as quickly as possible. In the past, it took up to 30 minutes to close the lane in the case of a traffic jam, but with the help of these intelligent safety cones, the process is reduced to mere seconds, greatly improving emergency response times. The cones take mere seconds to respond to an event, which is far better than simply waiting for response teams to arrive at the scene and block off a section of the highway. This technology can prove to be extremely helpful, especially on expressways and highways where the nearest response teams can be far away from the site of the incident.

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Google has announced its new conversations artificial intelligence (AI) technology called Bard, which the company says will start rolling out in the coming weeks, without specifying a date.

Bard, which will directly compete with ChatGPT created by OpenAI, is powered by Google’s large language model called Language Model for Dialogue Applications (LaMDA).

Google has revealed that it will open up this new technology to “trusted testers” before making it available for a wider range of audience or before the public release.

Making the announcement, Sundar Pichai, CEO of Google, said: “Soon, you’ll see AI-powered features in Search that distill complex information and multiple perspectives into easy-to-digest formats, so you can quickly understand the big picture and learn more from the web: whether that’s seeking out additional perspectives, like blogs from people who play both piano and guitar, or going deeper on a related topic, like steps to get started as a beginner.”

The development comes after an all-hands meeting was organized at Google where employees raised concerns about the company’s competitive edge in the Artificial Intelligence technology space because of the sudden rise in popularity of ChatGPT. As per the reports, Google’s AI chief, Jeff Dean, responded by saying that the company can suffer reputation risk in providing wrong information, and that’s why it is taking slow and cautious steps before rolling out more AI-based features.

As of now, Google has not revealed more details about Bard and what the technology will actually be capable of, apart from giving a couple of examples. However, we expect to get more information in the upcoming “Google Presents” event, which is scheduled to take place on 8th February in Paris.

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Huawei is known for innovating with its devices. In the past, the company has introduced a multitude of features that captured the attention of its customers and tech enthusiasts worldwide. Huawei recently unveiled a new patent for cost-effective stereoscopic projection technology, which could bring exciting opportunities for both sellers and consumers.

The Chinese tech giant filed the patent on July 27, 2022, and it was published on January 20, 2023, with application number CN202211090428.

Stereographic projection is a technique that displays the angular properties of a plane-faced object on a single image. In this technique, both directions and planes may be depicted, and using a graphical technique, any desired angle can be measured directly from the projection itself. However, in stereoscopic projection, two images are projected at the same time, one for the left eye and the other for the right eye. This latest Huawei patent includes a backlight assembly, a spatial light modulator, and a diffuser screen that work together to project two images simultaneously, seen from the left and right eye, at 60 times per second.

The spatial light modulator can project two separate images to the diffusion screen at different angles. By sharing the same spatial light modulator, the cost of the stereoscopic projection system can be reduced, making it a cost-effective solution. The patent diagram indicates that this technology is mainly focused on stereoscopic projection systems and could be used for watching 3D projections, allowing consumers to experience 3D movies from the comfort of their own homes.

This exciting development from Huawei has the potential to bring a new level of experience for consumers, offering cost-effective and high-quality 3D projections. In the coming years, it is quite possible that we see a Huawei device with a stereoscopic projector. 

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Chinese Technology giant and the world’s largest video game company, Tencent, has fired more than 100 employees over allegations of fraud, corruption, and embezzlement. The company reported more than 10 employees to the Police, with one of the employees being sentenced to three years in prison for accepting bribes from a competitor. There are six other cases that have resulted in imprisonment. 

The numbers prove that the size of internal corruption is larger and more severe in 2022 than the previous years. As a part of its anti-corruption campaign, Tencent has started annual reporting of the number of corruption and fraud cases found within the company. Some of the cases of 2022 include employees from the company’s News and Media content group and its famous TiMi and Lightspeed gaming studios. 

Founder, Chairman, and CEO of Tencent Pony Ma admitted that the corruption level is severe within the company. Last month in an internal company meeting, he gave an intense speech highlighting the problems within the company’s management, gaming business, WeChat platform, and other subsidiaries. He stated, “the internal corruption is really shocking, involving some managers. This year, Tencent introduced the digital capability for anti-fraud by collecting reimbursement within the company and the data of external suppliers.”

In response to the corruption allegations, the firm said that it had a zero-tolerance policy against such behavior and would blacklist the people and parties involved in such shady business. The company also said that external firms and businesses involved in such transactions will be barred from future contracts. 

In the last couple of years, Tencent has been involved in controversies and has been a target of the censorship campaign of the Chinese government. The biggest video game company in the world was under an 18-month ban from launching new games. The ban was lifted last September when the government approved a new batch of licenses, including one for Tencent’s action game, Metal Slug: Awakening. TiMi studios, a subsidiary of Tencent that developed this game, was also reportedly involved in the corruption scandal.

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(Source)

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Nubia‘s brand for gaming products, Red Magic, has already announced that the company will be launching its next-generation Red Magic 8 Pro flagship smartphone at a launch event on 26th December.

Ahead of the official launch of the gaming smartphone in the coming days, the company has started teasing some of the key features and specifications of the device. In a new teaser, the company has revealed the cooling technology used in the Red Magic 8 Pro smartphone.

The teaser shared by the brand reveals that the Red Magic 8 Pro will come equipped with the industry’s first 3D ice-level dual-pump VC liquid cooling technology. It is said to have the largest volume of VC cooling in the company’s history, up to 2068mm³, which is touted to be 100% higher than the traditional VC thermal conductivity.

The phone is also equipped with the company’s self-developed Red Core R2 gaming chip, which is said to be able to accurately adjust the control links, such as shoulder keys, vibration, touch, and sound effects, to offer a multi-in-one and immersive control experience.

It will come powered by the Qualcomm Snapdragon 8 Gen 2 chipset, making it the first gaming smartphone to come powered by this new SoC. The device features the world’s first under-screen flexible straight screen, which is jointly customized with BOE. The display on the phone offers a 93.7 percent screen-to-body ratio with ultra-narrow edges.

The company has also revealed that the smartphone will offer the best sound effects in the history of its gaming phones, thanks to the 1115K+1216 ultra-linear stereo double speakers and large sound chamber. Red Magic is also packing Snapdragon Sound on the device for 96KHz lossless sound quality and 48ms ultra-low latency, as well as reduced power consumption.

Some of the leaks have revealed that the phone features a 6.8-inch OLED screen. In the camera department, there’s a 50MP + 8MP + 2MP triple-camera setup on the back and an 8MP snapper on the front side. We expect the company to reveal more details about the flagship gaming smartphone in the coming days through teasers.

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If you are a citizen of the 21st century, you have probably heard of FAANG, the world’s 5 biggest companies that are running our modern-day tech industry, or as folks call it – Big Tech. FAANG is an abbreviation for Facebook (now rebranded as Meta), Apple, Amazon, Netflix, and Google.

However, a recent report this week seems to indicate that FAANG is no longer relevant in today’s market and that today, Big Tech is now spearheaded by 6 new leading tech giants that make up MATANA, and they are Microsoft, Amazon, Tesla, Apple, Nvidia, and Alphabet (the parent company of Google).

In a recent video interview with Yahoo Finance Live, Constellation Research Principal Analyst & Founder Ray Wang states that the FAANG abbreviation should be reassessed as it no longer reflects the current market trends. 

In the interview, Wang debates that MATANA is an upgrade from FAANG as the new abbreviation added Microsoft, Tesla, and Nvidia into the Big Tech lineup whilst dropping Facebook and Netflix from the list altogether. 

The main reason behind the current market trend is because of both Facebook and Netflix are facing fierce competition from their industry rivals, whilst facing backlash from their audiences as well as regulations from governing bodies worldwide.

On the topic of Meta, Yahoo Finance quotes Wang, “Facebook has got to do something besides ads.” “Once again, they’re taking a beating for it. So, is it going to be the glasses? Is it going to be the metaverse? We’re not there yet and that’s really kind of what the challenge is.”

As for Netflix, Wang comments, “The reason they’re out is because, how many more subscribers? How many more subscriptions are you going to handle?” “Product placement should be where they are, plus the ability to do IP licensing. Look at how Disney makes its money.”

Thus, it seems as if the days of Meta and Netflix as market leaders in the industry are numbered, and unless both companies provide new and innovative products in the markets fast, they may end up the likes of Nokia, Blackberry, and other once globally dominant technology brands.

Coming to Microsoft and Nvidia, the analyst had several insights to share about them. To quote Wang via Yahoo Finance:

“Microsoft has more than just business-to-business and consumer – they’ve been able to manage both,” he said. “They’re positioned well for the metaverse. They’re positioned well for the cloud and, of course, they’ve got their gaming business.”

“Nvidia is a lot more than just the chips that we look at and more than the data center or gaming,” Wang said. “They’re sitting at the edge between AI, the metaverse, the future of computing, and the way they do their partnerships, they’re set up in a way that’s going to be dominant for quite some time.”

As for Tesla, people had already heard the story of Elon Musk many times, and that he is now the world’s wealthiest man on Earth. And despite the current negative press on Tesla cars, the company sales are still growing and projected to grow further as the world switches away from petrol and gas vehicles to the more environmentally friendly electrical vehicle alternative.

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(Source)

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Twitter, the popular social media platform has made a major announcement for its users. After much rallying and requests from its users, the American tech giant announced on September 1st that an “edit tweet” feature will soon be introduced to its social media platform for users this year.

From the company’s official blog post, “Edit Tweet” is a feature that lets users make changes to their Tweet after it’s been published. The feature can be useful for situations like fixing typos and adding missed hashtags without having to delete the entire Tweet or Twitter thread.

Currently, the “Edit Tweet” is in an internal testing phase on the Twitter platform, whereby only a selected group of Twitter users will enjoy the feature. Twitter states that internal testing helps the development team to incorporate feedback while identifying and resolving potential issues. This includes how people might misuse the “Edit Tweet” feature.

However, Twitter did announce that the company has plans to bring “Edit Tweet” to all of its paying Twitter Blue subscribers by the end of this month. As part of their subscription, they receive early access to features and help Twitter to test them before the features arrive on the social media platform.

As for how Edit Tweet will work, Twitter states the feature mechanics as follows:

“Tweets will be able to be edited a few times in the 30 minutes following their publication. Edited Tweets will appear with an icon, timestamp, and label so it’s clear to readers that the original Tweet has been modified. Tapping the label will take viewers to the Tweet’s Edit History, which includes past versions of the Tweet.”

Twitter is hoping that, with the availability of Edit Tweet, Tweeting will feel more approachable and less stressful for its users. The company also states that they will also be paying close attention to how the feature impacts the way people read, write, and engage with Tweets.

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(Source)

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Sony might not be as big of a smartphone brand as it used to be years ago but the company is still making premium phones with some of the best camera features and now the Japanese company is hinting at further improvements.

A new report coming from Nikkei indicates that Sony believes its breakthrough technologies will see smartphones match and even overtake the capabilities of DSLR and mirrorless cameras in a couple of years.

Terushi Shimizu, President and CEO of Sony Semiconductor Solutions (SSS) said during a recent briefing that “still images will exceed the image quality of single-lens reflex cameras within the next few years.” A presentation during the briefing points to 2024 as the timeline where Sony sees that smartphones could exceed ILC image quality.

It will be interesting to see how Sony manages to live up to this claim. The company has already launched Xperia Pro I with a 1-inch 20MP camera sensor but the premium smartphones from the brand typically use a 12MP sensor due to distance constraints between the lens and sensor.

But, even if the camera sensors for smartphones can’t become big to rival APS-C cameras, smaller sensors will be able to capture much more light in the near future. While it is not known when exactly will this happen for smartphones but the technology has already appeared in Sony’s flagship mirrorless cameras.

The company also talks about the growth in the AI processing capabilities that pushes the boundaries of multi-frame HDR, longer-range zoom, and higher-quality video recording.

There has not been a major development in terms of camera technology for the past few integrations of smartphone cameras, which is mostly because the companies have reached the saturation point. But it will be interesting to see how the camera technology for smartphones keeps pushing the boundaries.

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TCL Huaxing, a China-based manufacturer, has announced its two new curved screen technologies which include waterfall screen hyperbolic technology and equal-gauss four-curved surface technology.

In the Waterfall Screen Hyperbolic Technology, the curved screen with a certain curvature mainly realizes the screen bending through the OLED panel. It is increased to nearly 90-degree to form a waterfall-like bend. It is said to visually hide the middle frame of the phone and the horizontal content will no longer be subject to any display restrictions.

The company adds that the bilateral curvature of the screen can reach 88-degree. Also, unlike the conventional 60-degree hyperbolic screen, the side curvature of this one can reach nearly 90-degree.

On the other hand, the four-curved technology is based on hyperboloid technology, which adds curved glass at the upper and lower ends on the basis of the curvature of the left and right screens of the hyperboloid screen.

It comes with the advantage of a higher appearance, better visual effect, and better hand experience. The curved design of the radian is conducive to holding and helps to improve the experience of horizontal cross-screen operation under large-size screens.

The company abandons the traditional four-curved surface design with large rounded corners and achieves the effect of the same width of the front view frame through the four-corner spherical design and reduces the corner radius from 10mm to 5mm.

TCL Huaxing completed the technical development of the 88-degree waterfall screen in the month of March this year. Using simulation and experiments, further advanced verification of materials and processes has been carried out to achieve the industry’s first WQHD LTPO, 88-degree waterfall screen mass production capacity.

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Xiaomi is all set to launch its latest smartphone lineup tomorrow, i.e., on the 24th May in its home country China — Redmi Note 11T series. The lineup will include three phones — Redmi Note 11T, 11T Pro, and 11T Pro+.

Now, just a day before the official launch, the company has shared a new teaser poster revealing some key details about the phone’s battery and charging capabilities.

The company has confirmed that the top-end model in the upcoming series, Redmi Note 11T Pro+, will come packed with the self-developed Surging P1 chip for the fast charging technology, and the device will also support 120W fast charging.

It also claims that the smartphone will focus more on battery health and come with special optimizations. It will support charging even at a low temperature of -10°C and feature a USB Type-C port with platinum coating for corrosion resistance.

Xiaomi has also revealed that the Redmi Note 11T series smartphones will come IP53 rating, making them splash and dust resistant. There will be reinforced protection at the four corners and will have a Gorilla Glass protection for the screen.

The Redmi Note 11T Pro+ will feature a 6.6-inch 144 Hz FHD+ IPS LCD display with industry-leading LTPS technology, a 20.5:9 screen aspect ratio, and DC dimming support. It has been confirmed MediaTek’s Dimensity 8100 5G chipset, which is manufactured by TSMC on their power-efficient 4nm nodes.

It will come with a triple camera setup on the back, consisting of Samsung’s 64MP ISOCELL GW1 primary sensor that features a 1/1.72 sensor size to let more light in and 1.6μm pixel pitch numbers to improve low-light night shots.

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Xiaomi has today officially announced its partnership with Leica, under which the company has been developing a new smartphone that is set to launch in a couple of months.

The Chinese company confirmed its “long-term strategic cooperation” with Leica and has revealed that they have been co-developing a flagship smartphone which will be officially launched in July this year.

This marks the fourth company Leica has collaborated with for mobile imaging after Sharp, Huawei, and Panasonic. However, Xiaomi has not revealed anything related to the upcoming flagship smartphone.

Given that the phone is set to launch in a couple of months, we expect it to come powered by the recently announced Qualcomm Snapdragon 8+ Gen 1 processor. Lei Jun, CEO of Xiaomi, has said that the partnership will provide a strong boost to the company’s imaging strategy without revealing the details.

Xiaomi appears to be following the footsteps of other Chinese brands to offer a distinguishing feature on its flagship or premium smartphone to make it stand out among devices from other brands.

The trend was started by Huawei in 2016 when the company partnered with Leica for the camera features on its flagship smartphones. OnePlus and OPPO have also teamed up with Hasselblad, while Vivo has partnered with Zeiss.

While the company has not revealed, the upcoming smartphone is likely to be the Xiaomi 12 Ultra, and if the rumors are anything to go by, then the device appears to be packed with features compared to other premium phones.

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ARM Processors are the foundations for all mobile chipsets we see today. Whether it be a Qualcomm Snapdragon, MediaTek Dimensity, Apple Silicon or Samsung Exynos chipset, chances are that all the aforementioned technologies are using ARM’s technology which includes its wildly popular ARM Cortex CPU Cores and ARM Mali GPUs.

In the early 2020s, Nvidia initially had plans to acquire the British semiconductor design company, ARM Limited, from its parent company, Softbank Group, the Japanese technology conglomerate headquartered in Tokyo for over 40 billion USD. However, Nvidia’s plan was disrupted due to rising regulatory conflicts with the US government and the acquisition was terminated in February 2022.

The aftermath of this was that Softbank now values its ARM chip-making business as more crucial to the entire tech industry. So valuable in fact, that Softbank is actually considering listing its ARM business as an entity on the US NASDAQ Stock Market to gain more funding to further develop the company.

According to Nikkei Asia, industry sources say that SoftBank wanted the NASDAQ IPO(Initial Public Offering) to take place by the end of March 2023, meaning that ARM needs to complete auditing between June and September this year, as per NASDAQ listing procedures.

However, ARM has one problem that has yet to be resolved to complete its internal organisation auditing, which is its tense relationship with ARM China, the Chinese subsidiary of ARM.

Ever since 2020, ARM has struggled to regain control of ARM China as the subsidiary’s head, Allen Wu, has refused to relinquish power despite a 7-1 board vote in June 2020 to kick him out. The spat has made it difficult for ARM to audit the financials of the company, creating a major stumbling block to an initial public offering in the US.

Because of this, ARM decided to now transfer its shares in its wayward China joint venture to a special purpose vehicle that it jointly owns with its parent SoftBank Group Corp. A partner at the U.S. law firm Katten Muchin Rosenman, Han Lijie, commented that creating a special purpose vehicle that will not be part of the offering will allow ARM to indirectly hold ARM China shares. That means it can treat ARM China as an investment rather than a subsidiary when reporting financials.

The move by ARM is seen to be clever, as it is now able to speed up its plans to go public if it decides to list in the US.

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(Via)

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Taiwan Semiconductor Manufacturing Company (TSMC) has announced that its new N4X process technology aimed at high-performance computing (HPC) workloads and devices. It is all set for trial production in the first half of 2023.

The introduction of this new N4X process technology by TSMC marks the company’s debut into the growing HPC market. Further, it has been revealed that the N4X process aims to make transistors as small as 5nm.

The N4X design is an enhancement of its N5A, improving upon its performance and maximum clock frequencies. It is claimed to deliver around a 15 percent of performance boost when compared to the N5 processes.

The company is also claiming that the N4X offers a 4 percent performance improvement over its N4P process at 1.2 volts. The “X” denotes TSMC’s growing push into the HPC chip design sector, which the company said is among its fastest-growing business segments.

Dr. Kevin Zhang, senior vice president of Business Development at TSMC, said: “The demands of the HPC segment are unrelenting, and TSMC has not only tailored our ‘X’ semiconductor technologies to unleash ultimate performance but has also combined it with our 3DFabric advanced packaging technologies to offer the best HPC platform.”

Risk production for this new N4X is expected by the first half of 2023, which means that we can expect the first N4X designs to be available in the market by early 2024.

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