تقرير مؤشر الابتكار العالمي لعام 2026: رؤية شاملة عن الريادة في مجال الابتكار
مقدمة عن مؤشر الابتكار العالمي (GII) لعام 2026
أصدرت المنظمة العالمية للملكية الفكرية (WIPO) تقريرها السنوي لمؤشر الابتكار العالمي لعام 2026، وهو أحد أهم الإصدارات التي تعكس مدى تقدم الدول في مجال الابتكار والابداع على مستوى العالم. يلعب هذا المؤشر دورًا محوريًا في تقييم مدى نجاح الدول في تعزيز بيئة الابتكار ودعم المؤسسات والموارد البشرية التي تساهم في التطور التكنولوجي والعلمي.
الصدارة السويسرية تتكرر مرة أخرى
السويد تتربع على عرش الابتكار للمرة السادسة عشرة
تتوج سويسرا مجددًا بلقب الدولة الأكثر ابتكارًا، حيث حققت درجة إجمالية بلغت 66.7 من أصل 100، وهو إنجاز يعكس جاهزيتها الدائمة في مجال البحث والتطوير والابتكار. تعتبر سويسرا من الدول الرائدة عالميًا بفضل بنية تحتية متطورة، نظام تعليمي متميز، ودعم حكومي قوي للبحوث العلمية، مما يعزز من مكانتها كوجهة للشركات العالمية والمبدعين.
الولايات المتحدة تحافظ على مركزها الثالث
الولايات المتحدة تحتل المركز الثالث، بعد السويد مباشرة، وتبرز كقوة رئيسية في مجال الابتكار العالمي. بفضل تميزها في مجالات التكنولوجيا الحديثة، البحث العلمي، وريادة الأعمال، تظل الولايات المتحدة من الدول التي تُسهم بشكل كبير في دفع مجالات الابتكار عالمياً.
الترتيب العام للمراكز العشرة الأولى
حافظت الدول العشر الأوائل على مواقعها بشكل عام مقارنة بالنسخة السابقة من المؤشر، مع بعض التحركات الطفيفة التي أدت إلى تغييرات صغيرة بين بعض الدول. يأتي ذلك نتيجة لتطور السياسات الوطنية، والاستثمارات في البحث والتطوير، إلى جانب تحسن بيئة الأعمال والبنية التحتية التقنية.
الدول التي شهدت تغيرات ملحوظة
على الرغم من استقرار الترتيب العام، شهدت بعض الدول تحسينات أو تراجعات بسيطة. على سبيل المثال، شهدت المملكة المتحدة، هولندا وفنلندا تغييرات طفيفة في مراكزها، مما يعكس استعدادها لتحديث استراتيجياتها الوطنية لتعزيز الابتكار ودعم الشركات الناشئة والمشاريع البحثية.
معايير التقييم وأهميتها
يعتمد مؤشر الابتكار العالمي على تقييم شامل يشمل عدة معايير أساسية تساهم في رسم صورة واضحة عن بيئة الابتكار في كل دولة، ومن أبرز هذه المعايير:
– رأس المال البشري والكفاءات: يقيم مدى استثمار الدول في تدريب وتأهيل الموظفين والباحثين.
– المؤسسات والبيئة القانونية: مدى وجود نظم قانونية تحفز الابتكار وتوفر حماية حقوق الملكية الفكرية.
– البنية التحتية التكنولوجية والرقمية: مدى توفر الأدوات والمنصات التي تدعم البحث والتطوير.
– الناتج الإبداعي والتكنولوجي: قياس الابتكارات، براءات الاختراع، والإبداع الفني والعلمي.
– سوق الأعمال ودرجة الترقية السوقية: مدى قدرة الشركات على تطوير منتجاتها وخدماتها وتسويقها في الأسواق العالمية.
أهمية مؤشر الابتكار العالمي
لا يقتصر دور هذا المؤشر على تصنيف الدول فحسب، بل يُعد أداة قياس مهمة لتوجيه السياسات الاقتصادية، الاستثمار في البحث العلمي، وتحفيز قطاعات التكنولوجيا والإبداع. كما أنه يلعب دورًا في جذب الشركات العالمية والمستثمرين الذين يبحثون عن بيئات ملائمة للابتكار والتطوير.
الختام
يُعد مؤشر الابتكار العالمي لعام 2026 مرآة حيوية للتطورات الحالية والمستقبلية في مجال الابتكار على مستوى العالم. مع استمرار سويسرا في صدارة الترتيب، يتضح أن الاستثمار المستمر في رأس المال البشري، وتطوير المؤسسات والبنية التحتية التكنولوجية، هو أساس النجاح والتميز في هذا المجال الديناميكي.
Step into nearly any home after a hectic day, and you’ll notice the floor tells a more complex story than a vacuum can easily clean. There might be crumbs hiding under the dining table, a splash of water beside the sink, hair tangled near the sofa, and faint traces of dirt brought in on someone’s shoes. While each of these messes is simple to clean individually, the real challenge is that they often arrive all at once, forming a multifaceted mess.
HIZERO has centered its entire cleaning approach around this messy reality. Instead of focusing solely on suction power to handle debris, the company questions whether suction should even be the primary method. Its patented No Suction Technology employs a special bionic polymer roller to pick up both dry debris and liquids directly from surfaces, then separates and manages what it collects.
When the cleaning process becomes more complex than the mess itself
Typically, the cleaning industry responds by making the machines more advanced. Motors become more powerful, rollers more specialized, filters more intricate, and wet-and-dry units more capable of handling various debris. Each upgrade addresses a specific limitation but also introduces new components that require maintenance and careful operation.
HIZERO
Suction remains popular for good reason. Airflow is highly effective at lifting loose particles from a surface and directing them into a collection system. The challenge begins when the mess isn’t just dust or crumbs—liquid, hair, food particles, and dirt all behave differently—and traditional wet-and-dry cleaners still rely heavily on suction to handle them all.
This leads to familiar compromises. Solid debris and dirty water can mix, clogging parts and reducing efficiency. Powerful motors needed for suction generate more noise and consume more energy. Airflow can stir up fine particles, and rollers, filters, tanks, and other components require ongoing cleaning and maintenance.
HIZERO resets the process by bringing collection directly back to the surface. Its proprietary bionic polymer roller is designed to collect dry debris and liquids instantly, separating what it gathers rather than passing everything through a single suction pathway.
The roller is where HIZERO charts a different course
Traditional fiber rollers and pads usually work as part of a larger cleaning system, making contact with the surface while suction, water delivery, filters, and other tools handle the rest. HIZERO’s unique polymer roller plays a more active role. It directly collects dry debris and liquids from hard surfaces, making it a central component of how the machine cleans.
This approach is especially effective for debris that tends to linger after the obvious mess has been cleaned. For example, pet hair can wrap around cleaning parts and become another maintenance chore, rather than just disappearing with the dirt. HIZERO’s system is engineered to pick up hair and solid debris during the same cleaning pass, keeping these materials separate from liquid waste.
HIZERO emphasizes that its polymer roller is fundamentally different from standard fiber rollers. Instead of supporting a suction-based system, it’s integral to its patented No Suction Technology. The design positions the collection mechanism right at the surface where the debris is in contact with the roller.
The EAZY Bionic Mop applies this principle to manual cleaning. With a simple push-and-pull motion, it sweeps, mops, washes, and wipes simultaneously. A trigger releases fresh water to refresh the roller, while debris and liquids are separated for disposal. There’s no need for a bucket or cleaning solutions, and the mop doesn’t need power or charging. It can easily be rinsed under running water.
The simplicity of the EAZY design is beneficial because it eliminates complex automation. The roller manages collection, the system handles what’s picked up, and the user isn’t switching between a vacuum, mop, or bucket for different cleaning stages.
GLIDE automates the idea
Manual tools are one method to rethink cleaning mechanics. HIZERO has integrated the same concept into an autonomous floor cleaner called GLIDE, described as the world’s first no-suction robot cleaner.
GLIDE employs HIZERO’s bionic cleaning system to handle wet spills, stains, debris, and hair. Its waste system separates hair, solid waste, and filthy water as it collects, while the no-suction design eliminates filters and dust bags typical of conventional robotic vacuums.
Operating at around 56 decibels, the robot can run for up to 220 minutes. Its multi-roller system works in tandem with dedicated clean and waste water tanks both onboard the robot and at its station.
Thanks to its quieter operation, cleaning can happen without turning the room into a noisy environment—ideal for homes where people work, relax, or sleep. Moreover, HIZERO highlights that this architecture helps prevent clogging and dust blowback common in traditional suction-based robots.
Maintaining GLIDE is also simpler. Automation allows the robot to handle most of the work independently, and with fewer components related to suction, ongoing upkeep is less demanding—reducing the chance of the machine becoming another household chore.
HIZERO’s innovations extend beyond the floor
Home surfaces aren’t limited to floors. Countertops, tables, windows, and other surfaces accumulate crumbs, spills, smudges, and dust, yet they’ve traditionally required different tools and approaches.
In 2025, HIZERO launched HANDY—a multi-surface cleaner designed to replace traditional cloths. It leverages the company’s bionic technology and polymer Multi Roller to extend its cleaning capabilities to surfaces beyond floors, tackling a broader range of messy tasks.
By 2026, HIZERO expanded its product offerings to include hard-floor cleaners, multi-surface tools, manual cleaning products, and robotic systems, all within its No Suction Cleaning Ecosystem. Applications include floors, countertops, windows, and other hard surfaces for both residential and commercial spaces.
The focus on commercial environments underscores the practical value. While homes can tolerate longer or less frequent cleaning routines, businesses like hotels, restaurants, schools, offices, and retail stores often need frequent, repeated cleaning of hard surfaces. HIZERO’s solutions aim to meet the demanding needs of these settings, ensuring cleanliness throughout the day and reducing maintenance effort.
Efficiency extends beyond the cleaning itself
HIZERO
The true test of cleaning devices often happens after they’ve been used. While performance metrics like pickup efficiency, coverage, runtime, and navigation are immediately visible, the less obvious factors—such as rinsing the roller, emptying the tank, or removing hair from components—are often overlooked.
Spending a few extra minutes on cleanup after each session might seem trivial, but when repeated multiple times weekly, those minutes add up. Even after a floor is cleaned, the household member responsible still faces maintenance tasks.
HIZERO’s design aims to streamline that second phase of cleaning. Its system separates solid debris from liquids during collection, while its architecture reduces the number of components that need regular care. The result is a cleaning process focused not only on the surface but also on simplifying post-cleaning upkeep.
This approach is especially valuable in high-traffic environments. Hotels, restaurants, schools, offices, and retail spaces often need frequent touch-ups, making what might be minor chores at home into significant daily tasks. HIZERO’s tools are tailored for both hospitality and commercial settings, emphasizing efficiency and ease of maintenance.
For consumers, the goal is clear: avoid another appliance that requires its own cleaning. HIZERO’s suite of manual, robotic, and multi-surface solutions is designed to give back time and reduce the effort involved in maintaining a clean environment. Recognizing that the work doesn’t end when the machine stops is key—post-cleaning care matters too. Visit Hall 10.1 | Booth 131 at IFA to experience the latest innovations firsthand.
Discover HIZERO’s full selection of No Suction cleaning products, including floor cleaners, robots, and multi-surface tools.
A hybrid manufacturing process merges 3D printing, electroforming, and hot isostatic pressing to produce key components for advanced nuclear reactors and other energy and defense systems. Credit: Morgan Manning, Brett Hopwood/ORNL.
Researchers at Oak Ridge National Laboratory (ORNL) in partnership with A.J. Tuck Company have introduced a new manufacturing method that could streamline the production of vital parts for next-generation nuclear reactors.
This innovative process combines additive manufacturing with electroforming to create intricate, leak-proof containers known as hot isostatic pressing (HIP) cans.
These containers are essential for producing durable metal components from powdered raw materials under extremely high heat and pressure conditions.
The development aims to overcome a significant hurdle in the U.S. nuclear industry: the limited ability to produce large, complex metal parts domestically.
Traditional methods like forging and casting demand large, specialized facilities, costly equipment, and lengthy lead times. Much of this manufacturing infrastructure has shifted overseas.
The new method offers a more straightforward alternative.
It starts with 3D printing a plastic (polymer) mold shaped precisely like the finished part. Since plastic is easier and cheaper to shape than metal at high temperatures, designs can be produced quickly and with less expense.
Next, the polymer mold is submerged in a liquid chemical bath. Using electrical current, electroforming deposits a dense layer of nickel onto the surface, resulting in a highly accurate metal shell approximately 2 to 3 millimeters thick.
Once the nickel layer is formed, the plastic mold is removed, leaving behind a hollow nickel container. This shell can then be filled with metal powder, sealed, and subjected to the HIP process. Under high heat and pressure, the powder fuses into a solid metal part.
This approach offers several benefits. Manufacturing the initial form from polymer avoids some distortions and stresses that are common when directly 3D-printing metal components at extremely high temperatures. It also lowers costs and simplifies design modifications.
Electroforming allows for detailed and precise shapes and can be scaled up with relative ease. According to ORNL mechanical engineer Amiee Jackson, the time required largely depends on the thickness of the metal coating rather than the size of the component. Multiple parts could potentially be produced simultaneously.
In early testing, researchers successfully created five leak-proof cylindrical HIP cans, each about 15 centimeters tall and 10 centimeters in diameter. They also designed an integrated port that eliminates the need for separate welds of process tubes—a common failure point in traditional manufacturing.
Currently, efforts are underway to test more complex shapes, such as impellers used in pumps and turbines, and valves relevant to nuclear systems.
This technology’s applications extend beyond HIP cans. It has the potential to produce large, precise components for reactor pressure vessels, valves, turbines, and other energy system parts.
With growing interest in advanced and small modular nuclear reactors, rapid and flexible manufacturing methods like this could become increasingly vital. They may enhance domestic production capabilities and reduce reliance on overseas supply chains.
An invention disclosure and provisional patent application have already been submitted for this innovative manufacturing approach.
Samsung’s rolling home robot has long been considered the industry’s most persistent “Will it ever ship?” joke, and honestly, I had mostly given up hope. But now, there’s finally a glimmer of optimism.
The company first introduced Ballie as a concept at CES 2020. Four years later, they showcased a significantly upgraded version, yet never confirmed a release date or committed to bringing it to market.
Recently, SammyGuru obtained the first images of Ballie’s companion smartphone app. While it appears to be a wireframe draft rather than a finished product, it’s still noteworthy. The home screen displays a status card with Ballie’s battery level, current location, and any error messages. A prominent “Streaming” button is also visible, which seems to allow remote camera feed access and control via your phone.
The app features room-specific shortcuts, enabling you to send Ballie on patrol around the house or have it greet guests at the front door. One screenshot shows a setup process where Ballie maps your home, similar to how a robot vacuum cleaner does.
What exactly can Ballie do, and is this real? Well, Ballie is designed to respond to voice commands, manage smart home devices, project video onto walls (which looks pretty cool), and act as a mobile security camera when you’re away.
However, it’s important to be cautious. What’s been leaked is still just a wireframe, with no official confirmation from Samsung about developing a working version of this app or the robot itself. Still, after months of silence, even a mockup like this offers the most concrete sign yet that Ballie has not quietly been shelved.
Ballie’s six-year hiatus echoes the fate of many ambitious CES concepts that disappear without a formal cancellation. The leak indicates ongoing internal development, and Samsung’s silence on a release timeline suggests hope, rather than certainty.
Scientists have identified a simpler method to produce a rare form of silicon that could enhance batteries and electronic devices while cutting manufacturing expenses. This breakthrough has the potential to save significant amounts of energy during production, making it appealing for future industrial applications. The research was conducted by an international team, including scientists from the U.S. Department of Energy’s Oak Ridge National Laboratory (ORNL), and their findings appeared in the journal Materials Today.
Silicon, second only to oxygen in abundance on Earth, is already widely used in electronics and batteries due to its low cost and excellent electrical conductivity. However, researchers have been particularly interested in a rare silicon allotrope called R8, which could further increase the efficiency of batteries and electronic components. The challenge has been that R8 silicon does not naturally occur. Previously, producing it involved crushing regular crystalline silicon under extremely high pressure—an expensive, complex, and energy-intensive process unsuitable for large-scale manufacturing.
To address this, the team explored an alternative approach. Instead of starting with crystalline silicon, they used amorphous silicon, a more disorganized form with a glass-like structure. Because its atoms are arranged randomly rather than in a regular pattern, amorphous silicon is much more adaptable when pressure is applied. The researchers discovered that compressing amorphous silicon at room temperature, using about 25% less pressure than traditional methods, naturally caused it to transform into the R8 crystal structure.
This process, described as “density matching,” involves increasing the material’s density until its atoms spontaneously align into the R8 structure—similar to pieces of a puzzle fitting perfectly without forcing. To observe this transformation, the team used advanced instruments that direct neutrons and X-rays at the material, enabling them to monitor atomic changes in real time during compression. Complementary computer simulations confirmed their experimental results, modeling atomic behavior under different pressures and showing consistency with observed transformations.
The simulations explained why this method is so effective. The flexible, amorphous structure of silicon allows its atoms to directly rearrange into the R8 form, bypassing multiple complicated intermediate steps that crystalline silicon must go through. The researchers also applied this technique to germanium, another semiconductor used in fiber-optic systems and electronics, and found that the density-matching approach worked there too. This indicates the method might extend beyond silicon, potentially enabling more efficient production of various advanced materials.
If scalable, this process could lower manufacturing costs, reduce energy consumption, and enable wider access to high-performance materials for next-generation batteries and electronics, paving the way for more sustainable and affordable technological advancements.
Lithium has become an essential mineral worldwide because it’s a crucial component in rechargeable batteries powering electric vehicles, smartphones, laptops, and energy storage systems.
With the rising demand for batteries, the need for lithium continues to grow. Although countries like the U.S. and Australia possess significant lithium resources, much of the refining still occurs in China.
One reason is that extracting lithium from hard rock is currently costly, requires a lot of energy, and produces substantial waste.
Now, researchers at MIT and their partners have created a new method that could significantly transform lithium production. Their process extracts lithium from hard rock at low temperatures, almost eliminates waste, and could reduce costs by approximately 50% compared to traditional methods. This research was published in the journal Science.
Traditionally, extracting lithium from hard rock involves heating the rock above 1,000°C and then using chemicals to separate the lithium. This process consumes significant energy, and the leftover rock waste is typically discarded.
In contrast, the new approach uses a liquid mixture of water and ammonium fluoride to dissolve the rock at room temperature. This allows for the separation of the valuable minerals without high heat. The main lithium mineral, spodumene, mainly consists of lithium, aluminum, and silica. The researchers found ways to recover each component in useful forms: lithium as battery-grade lithium carbonate and lithium hydroxide, aluminum as smelter-grade material, and silica for cement production.
Since every major component is recovered and sold, waste is minimized. Interestingly, the idea for this process stemmed from a discovery made roughly 25 years ago. MIT professor Yet-Ming Chiang noticed that a glass-etching cream containing ammonium fluoride could dissolve glass. Because glass and spodumene both contain high silica content, he wondered if the same chemistry could break down lithium-bearing rock, leading to this innovative method.
The team further developed a way to recover and reuse the ammonium fluoride and water used in the process, establishing a closed-loop system that recycles key chemicals rather than discarding them.
They tested the method on 17 different spodumene samples from around the world, indicating broad applicability. Besides environmental advantages, this technology could bolster lithium production domestically in countries like the U.S. and Australia. Given the expected surge in demand over the coming decades, more efficient extraction techniques will be vital.
To commercialize their innovation, the researchers launched a startup called Rock Zero. They are now working to scale up the process and believe it could become one of the most affordable and sustainable methods for producing lithium for future batteries.
Many individuals associate ADHD with feelings of frustration. It can be difficult to concentrate, follow directions, or maintain focus on tasks. Parents, teachers, and healthcare professionals often worry about how these challenges impact learning and everyday life.
However, a recent study reveals that ADHD might also have a surprising upside: enhanced creativity.
Led by Dr. Radwa Khalil, a neuroscientist at Constructor University, this research, published in the journal iScience, investigates how the brain manages attention and how this process might also facilitate creative thinking.
ADHD is a common condition affecting millions worldwide. It’s typically characterized by difficulty sustaining attention, impulsiveness, and restlessness. These traits can make routine activities more demanding.
Interestingly, the study suggests that those same traits could also promote innovative and creative thinking. The core idea is that attention and creativity are interconnected in the brain.
Creativity often involves making unexpected connections between ideas, which requires the brain to switch flexibly between different thoughts. Individuals with ADHD may naturally do this because their attention span is more dispersed, leading to a tendency toward “mind-wandering.” While this can complicate certain tasks, it may also foster more open, versatile thinking.
Dr. Khalil describes this concept like a wide spotlight. For most people, attention is focused tightly on one thing. For those with ADHD, the spotlight is broader, allowing more details and information from the environment to be noticed. Although this heightened awareness can sometimes feel overwhelming, it also opens the door to discovering new ideas and patterns.
This perspective helps explain why many creative professionals—artists, musicians, innovators—often exhibit traits associated with ADHD. Their ability to think differently and explore diverse ideas can be an advantage.
The study also explores practical applications, emphasizing the potential of creative pursuits as therapeutic tools. Engaging in music, painting, dance, or writing can encourage self-expression and align with the natural thought processes of people with ADHD.
These activities do more than serve as hobbies; they can actively enhance brain function. When someone becomes deeply immersed in a creative task, they often experience heightened focus and absorption. This engagement might help strengthen attention and alleviate some of the difficulties linked to ADHD.
The researchers suggest that such creative interventions could serve as alternative or complementary treatments to medication, offering new ways to support those with ADHD.
Nonetheless, they caution that further research is necessary. The relationship between ADHD and creativity is complex, and not every person with ADHD is highly creative, nor does every creative individual have ADHD.
The study highlights the importance of continued, multidisciplinary research and emphasizes the need for collaboration between scientists and healthcare providers. By working together, experts can develop more effective strategies to nurture strengths and address challenges faced by people with ADHD.
Ultimately, this research shifts the narrative around ADHD, framing it not only as a set of difficulties but also as a potential source of unique talents—particularly in creative thinking. Recognizing and fostering these strengths can help individuals with ADHD realize their full potential.
Rather than insisting everyone think in the same way, society might benefit from embracing different ways of thinking. With proper support, those with ADHD can transform their challenges into opportunities for innovation and achievement.
For those interested in related topics, exploring recent research on autism’s causes and how activities like spending time with cats can reduce anxiety in children with autism offers additional insights. Further studies into vitamin D and its links to autism, as well as the significance of unusual eating habits, continue to expand our understanding of neurodevelopmental conditions.
Dubai hosted the commencement of the World Laureates Summit on Sunday, marking the largest assembly of Nobel laureates globally. This event drew top scientists and thought leaders to Abu Dhabi to deliberate on urgent international issues.
More than 150 Nobel laureates, researchers, and policymakers from across the globe convened to share insights on topics like climate change, healthcare, technology, education, and sustainable growth, underscoring the UAE’s expanding influence as a center for global scientific exchange.
The three-day gathering coincides with the 2026 World Governments Summit. It was officially opened by UAE President Sheikh Mohamed bin Zayed and Sheikh Mohammed bin Rashid Al Maktoum, UAE Vice President, Prime Minister, and Dubai’s ruler.
Key discussions focused on Artificial Intelligence, quantum physics, nanotechnology, biotechnology, and energy. Experts emphasize that groundbreaking science is vital for guiding policy and fostering sustainable development.
Sheikh Mohamed bin Zayed highlighted that scientists play a “crucial role in shaping the future,” while Sheikh Mohammed described science as “the real wealth of nations.”
The World Laureates Association announced the establishment of a new base in the UAE, aimed at transforming the country into a hub for global research collaboration. The summit’s goal is to directly connect scientific innovation with policy-making, further elevating the UAE’s status as a worldwide platform for knowledge and technological advancement.
Time magazine has selected the “Architects of AI” as its Person of the Year for 2025, emphasizing the influential role of leading US technology companies developing advanced artificial intelligence. Jensen Huang from Nvidia, Sam Altman of OpenAI, and Elon Musk from xAI are among those recognized for steering history by creating transformative technologies that are reshaping our information systems, environment, and daily lives.
One of the magazine’s covers pays tribute to the iconic 1932 photograph of steelworkers sharing lunch high above New York City. The illustration features tech leaders such as Mark Zuckerberg of Meta, Lisa Su of AMD, Musk, Huang, Altman, Demis Hassabis of Google’s AI division, Dario Amodei of Anthropic, and Stanford professor Fei-Fei Li seated above the city. The caption notes that these innovators have collectively made huge investments, with multibillion-dollar bets on some of the largest infrastructure projects ever, influencing government policies, altering international rivalries, and integrating AI into homes. They have positioned AI as a critical tool in the high-stakes competition among global powers, comparable to nuclear weapons in its significance.
The magazine also credits investors like SoftBank CEO Masayoshi Son, who has poured billions into AI development. The choice of Person of the Year reflects the profound impact of AI over the past year, notably after AI models such as ChatGPT and Claude gained widespread adoption.
Time’s pick is meant to honor the most influential figure of the year. Past recipients have included President-elect Donald Trump, pop star Taylor Swift, and Ukrainian President Volodymyr Zelensky.
According to Time, owned by Silicon Valley billionaire Marc Benioff, 2025 was the year AI moved from promising potential to tangible reality, with ChatGPT usage more than doubling to reach 10% of the global population. Nvidia CEO Jensen Huang described AI as “the most impactful technology of our time,” projecting the technology could expand the global economy from $100 trillion to as much as $500 trillion.
However, the magazine also highlights concerns surrounding AI’s darker implications. Lawsuits allege chatbots have contributed to suicides and mental health issues, raising fears over “chatbot psychosis,” where users may fall into delusions or paranoia. In one case, the parents of 16-year-old Adam Raine are suing OpenAI, alleging ChatGPT provided information about suicide methods that contributed to his death.
The article also discusses potential job disruptions as organizations accelerate replacing workers with AI systems. Despite the focus on AI, the magazine deliberately avoided using AI to generate its cover art, opting instead for human artists.
Thomas Hudson, chief analyst at US research firm Forrester, agrees with the decision, noting that AI’s influence in 2025 has centered on economic shifts and ongoing discussions about societal impacts.
Are you prepared to start the new year with a flood of cutting-edge technology? If so, CES 2026 is set to open its doors on January 6, welcoming some of the biggest names in consumer electronics and automotive industries to the sprawling convention halls across Las Vegas.
CES (Consumer Electronics Show) stands as the world’s premier consumer tech exhibition, showcasing everything from TVs, speakers, and smart home devices to smartphones, tablets, wearables, drones, robots, vehicles, and beyond.
While nearly every area of consumer technology will be represented at CES 2026, a common theme will be evident throughout the event—artificial intelligence (AI). This year’s booths, press briefings, and private meetings are expected to heavily emphasize AI advancements.
Stay tuned for updates on the most notable unveilings and trending products, but for now, here’s what you should know as the event approaches.
What is CES?
As mentioned, CES is the world’s largest consumer technology exposition, taking over Las Vegas for nearly a week. Officially scheduled from January 6-9, the event actually kicks off a couple of days earlier.
Anticipate news and announcements starting on Sunday, January 4. Monday, January 5, will serve as the official press day, with even more reveals anticipated.
Having attended CES multiple times, I’ve seen how, despite some major companies scaling back their presence, the event continues to expand. It dominates the massive floors of the Las Vegas Convention Center (LVCC), and extends into The Sands and Mandalay Bay convention centers. Additionally, numerous meetings and briefings occur across the many luxury hotels along the Strip.
In essence, CES offers a vast showcase of innovation—a perfect way to set the tone for the year. Let’s explore what’s on the horizon.
Computing
AMD CEO, Lisa Su is leading the CES opening keynoteAMD
The 2026 edition promises a bumper crop for computing enthusiasts. Intel is expected to introduce its Panther Lake CPUs, while AMD’s CEO, Lisa Su, will headline the keynote and rumors suggest a launch of the Ryzen 7 9850X3D processor. Nvidia also plans a press event, with whispers about a new RTX 50 “Super” Series—meaning the “big three” are all set to make their mark.
On the hardware front, companies like Asus, Lenovo, and Razer are likely to unveil new laptops and components, some powered by Qualcomm’s recently announced Snapdragon X2 Elite and X2 Elite Premium chips.
The latter chips especially intrigue me. I currently use a Microsoft Surface Laptop 7 equipped with the existing Snapdragon X Elite, and its battery performance has been impressive—perfect for work. I’m eager to see what improvements the next generation will bring.
My colleague Rami has delved into what Lenovo and Razer might showcase, and unsurprisingly, AI will be a dominant theme.
Expect lots of chatter around new CPUs, GPUs, and AI-driven devices—laptops, desktops, and beyond. The event is just beginning to reveal its full potential, and we’re only scratching the surface of what CES 2026 will deliver.
Looking for more? Rest easy, there’s plenty more to cover.
Television
The Hisense booth at CES 2025.Hisense / Hisense
Since display technology has always been a significant part of CES, major players like LG, Samsung, Sony, Hisense, and TCL will likely have major displays. Samsung’s “The First Look” presentation on January 4 will preview new products across TVs, appliances, and mobile devices, possibly including new OLED models. Sony is rumored to unveil a “True RGB” mini-LED TV, a recently trademarked term, hinting at a new high-end display. LG may reveal its LG Signature OLED T—an innovative transparent 4K OLED TV—along with potential updates to its C6 and G6 OLED series.
Our contributor Tom Bedford provides an in-depth look at LG’s upcoming CES lineup, including not just TVs but other smart home devices and appliances.
At IFA 2025, we saw the emergence of Dolby Vision 2, with limited support earlier on. We expect CES to showcase more compatible TVs, pushing display tech further. Having explored numerous high-end screens—from OLED to microLED—at IFA, I look forward to seeing even more groundbreaking displays in Las Vegas.
Mobile Devices
Samsung
CES isn’t usually the primary venue for smartphone and tablet unveilings—those tend to happen at MWC in Barcelona each March. However, phones, tablets, and foldables are still present during CES’s citywide tech showcase.
Recently, Samsung introduced the Galaxy Z Trifold—a dual-hinged foldable phone making its U.S. debut soon. Although first shown in South Korea, CES offers a prime opportunity for Samsung to introduce it to American consumers. Rumors also suggest the Galaxy S26 series may be teased, with a full launch planned later in January at Samsung’s own event.
It’s not just Samsung. Motorola (owned by Lenovo), TCL, and Sony are other companies likely to announce exciting new devices during the show, making the mobile segment lively even in a primarily tech-focused event.
Smart Home
A smart robot vacuum navigating stairs.Jasmine Mannan / Digital Trends
At IFA 2025, I saw a proliferation of household robots—vacuum cleaners, mops, lawnmowers, and pool cleaners—demonstrating remarkable levels of automation and versatility. If these bots could coordinate collectively, we might have seen some interesting scenes! Thankfully, their current capabilities are impressive, though still non-sentient.
Expect smart home robots to feature prominently at CES 2026, with innovations in mobility and task management—like robots climbing stairs, manipulating objects, or handling household chores efficiently.
Automotive
Honda prototypes displayed at CES 2025.Honda
Over recent years, automotive brands have become a more prominent presence at CES. From modest beginnings without much auto representation in the early 2010s, the show now features large booths from major manufacturers like BMW, which often occupies a sizable section of the convention center parking lot. Non-traditional players like Sony and Xiaomi have also entered the arena.
While my colleague Stephen Edelstein suggests that significant auto announcements aren’t expected in 2026, the event remains vital for industry updates—particularly on bringing new electric vehicles into production and turning past bold concepts into tangible products.
The Quirky and Unexpected
CES always has a knack for delivering bizarre surprises—unusual robots, unconventional vehicles, and products beyond traditional categories. These quirky innovations often hide in obscure corners and are noticed only by chance. Keep your eyes open during the event; you never know what unexpected marvels might appear.
AI — The Central Theme
AI will dominate the conversation at CES 2026. It’s impossible to ignore, as companies vigorously promote it as an essential feature across various devices and platforms.
One term likely to be prominent is “Agentic AI,” reflecting systems beyond simple chatbots—these will be proactive, action-oriented assistants capable of planning travel, booking flights, making reservations, and executing tasks autonomously.
Expect advancements in on-device AI processing, enhancing privacy and independence from internet connectivity—meaning smarter devices that work seamlessly without relying on cloud resources.
Deep within the Abu Dhabi desert, a massive AI campus roughly a quarter the size of Paris is beginning to take shape, representing the UAE’s boldest venture yet into technology intended to reshape its economy. Tower cranes are heard clanking as long, low-rise buildings rise below—these will eventually house data centers powered by five gigawatts of electricity, making it the largest such facility outside of the United States.
This campus aims to deliver storage and processing power across a 3,200-kilometer (around 1,990 miles) radius, serving up to four billion people, stated Johan Nilerud, Chief Strategy Officer at Khazna Data Centers, a subsidiary of the Emirati AI titan G42 leading the project.
Since the 1960s, the UAE has transitioned from a desert outpost inhabited by nomadic tribes to a prominent Middle Eastern economic and diplomatic powerhouse, primarily fueled by oil. Now, the nation is betting that artificial intelligence will help bridge the gap as oil demand declines.
“Despite its small size, the UAE aims to be a global leader in AI,” Nilerud commented. “The goal is to attract international partners and develop into an AI-native nation.”
The first phase of the campus—G42’s Stargate UAE cluster, with a capacity of one gigawatt—will operate in partnership with OpenAI and will be supported by major US tech companies such as Oracle, Cisco, and Nvidia. Recently, Microsoft announced plans to invest over $15.2 billion in the UAE by 2029, following a $1.5 billion investment into G42 last year.
The UAE has been strongly committed to AI since 2017, appointing the world’s first AI minister and unveiling a national AI strategy, being only the second country after Canada to do so. A year later, G42 was founded with backing from Mubadala, Abu Dhabi’s sovereign wealth fund. Chaired by Sheikh Tahnoon bin Zayed Al Nahyan, brother of the UAE president, G42 now offers a range of AI products and employs over 23,000 people.
Since 2024, the UAE claims to have invested over $147 billion into AI initiatives, including a €50 billion (~$58 billion) project for a gigawatt AI data center in France.
“AI, like oil, is a cross-sector technology with the potential for widespread impact,” explained Professor Jean-Francois Gagne of the University of Montreal. In 2019, Abu Dhabi launched the Mohamed bin Zayed University of Artificial Intelligence—the first university dedicated solely to AI—and last August, AI became a core subject in public schools across all grade levels.
The country’s efforts include launching generative AI models like Falcon through its institutions, which compare favorably with industry leaders and now feature Arabic language versions. To reduce dependence on imported hardware and expertise, the UAE is heavily investing in local research, development, and domestic programs.
TII, Abu Dhabi’s Technology Innovation Institute, has partnered with Nvidia on research to advance generative AI and robotics, according to Executive Director Najwa Aaraj. “Sovereignty, self-sufficiency, and customizing technology to meet local needs are critical,” said MBZUAI President Eric Xing, emphasizing the importance of developing local expertise instead of relying solely on foreign imports.
In the race for AI dominance, the UAE trails behind the US and China but leverages significant advantages—primarily access to cheap energy and substantial financial resources. With abundant oil, natural gas, and year-round sunlight for solar power, it can swiftly construct the necessary energy infrastructure for data centers—an obstacle many other regions face.
Furthermore, as a regional business hub with nearly 90% expatriate population, the UAE holds an edge. It carefully balances relations between the US and China to secure vital technological imports, including advanced chips crucial for AI data centers. Recently, the US approved the export of Nvidia’s cutting-edge chips to both the UAE and Saudi Arabia, a move that aligns with Dubai’s strategic aim to reduce reliance on China without depending entirely on US technology.
Despite progress and heavy investment, the path forward remains uncertain. Industry experts note that the AI sector is unpredictable, with winners and losers yet to be determined. “Right now, we don’t have a clear strategy or understanding of who the top players will be,” Gagne observed. “Everyone’s betting on different players, and only some will succeed.”
“Vibe coding,” a term signifying the use of artificial intelligence (AI) to communicate your needs to a machine instead of traditional coding, was named the Collins Word of the Year for 2025 on Thursday. The term was introduced by OpenAI co-founder Andrej Karpathy and describes a new approach to software development where natural language is converted into code through AI.
Collins Dictionary describes it as “programming by vibes, not variables.” The term has gained traction beyond Silicon Valley, reflecting a broader cultural move toward AI-assisted technology in daily life.
The lexicographers at Collins Dictionary analyze the 24 billion words in the Collins Corpus, sourced from various media, including social media, to select notable new words each year that mirror the evolving language landscape.
The 2025 shortlist features various words that have emerged recently to encapsulate our changing world. For instance, “Brologarchy,” which made the list in a year when tech billionaires Elon Musk and Jeff Bezos played significant roles in U.S. politics — defined as a small group of ultra-wealthy men wielding political influence.
Other new terms related to work and tech include “clanker,” a pejorative for computers, robots, or AI sources, and “HENRY,” an acronym for high earner, not yet rich. “Taskmasking” refers to giving the false impression of productivity at work, while “micro-retirement” describes taking a break between jobs to pursue personal passions.
In health and behavioral trends, “biohacking” appears on the list, describing activities aimed at modifying natural bodily functions to enhance health and longevity. “Aura farming” involves deliberately cultivating a charismatic persona, and “to glaze” means to excessively praise or flatter someone.
Despite the dominance of tech and employment-related words, leisure terms like “coolcation” have also been added, meaning a vacation in a cooler climate.
Last year’s Word of the Year was “Brat,” inspired by UK singer Charli XCX’s sixth album, symbolizing a confident, independent, and hedonistic attitude rather than just referring to a poorly-behaved child.
From skin cells to eggs: scientists execute a sci-fi style fertility breakthrough
Source: Reuters
Move over, Hollywood sci-fi — real scientists have managed to transform human skin cells into eggs. Yes, just regular skin cells. Researchers at Oregon Health & Science University achieved this by transferring the DNA from a skin cell into a donor egg, effectively giving the cell a cellular “reset.” The outcome? Lab-created eggs that are potentially capable of fertilization.
Some of these experimental eggs advanced to the blastocyst stage, the early embryo phase in IVF treatments, although most encountered genetic errors and failed to develop properly. Nonetheless, the prospect that skin tissue could one day replace ovaries is astonishing. It opens up possibilities for addressing infertility, aiding cancer survivors, and even helping same-sex couples conceive genetically related children.
However, it’s not all science fiction dreams coming true just yet. The research remains distant from clinical application, with critics raising ethical concerns, questions about consent, and fears of a slippery slope toward designer babies. Whether seen as a groundbreaking breakthrough or a potential ethical minefield, one thing’s certain: the future of human reproduction just took a dramatic turn.
2025 debates? No, we’re now in the era of AI roast battles
Source: TruthSocial
In the latest chapter of “2025 Politics: You can’t make this stuff up,” former President Donald Trump released an AI-generated deepfake video featuring prominent Democrats.
The video shows Senate Minority Leader Chuck Schumer seemingly ranting about free healthcare for “illegal aliens,” while House Minority Leader Hakeem Jeffries sports a sombrero and mustache, with mariachi music playing in the background. The punchline: Schumer’s avatar calls Democrats “woke pieces of s—.”
The backlash was immediate. Jeffries condemned the video as “racist garbage” and challenged Trump to insult him directly, without hiding behind a computer-generated image.
Schumer also weighed in, suggesting that the former president is more interested in trolling than governing.
In response, Vice President J.D. Vance shrugged it off, calling it “funny” and claiming it was all in good humor. Meanwhile, the video sparked ongoing debates about how AI tools are used to intensify political divisions, manipulate culture, and spread misinformation.
This episode serves as a stark reminder: deepfakes are no longer just a plot device for sci-fi stories—they’re now tools for satire, mockery, and increasingly, a weapon in political conflicts.
Arc: Pioneering the future of orbital cargo delivery
Created using Gemini
Inversion, a space startup, has introduced Arc — a spacecraft built to deliver small payloads of up to 500 pounds anywhere on Earth in less than an hour.
Unlike conventional rockets, Arc is a reusable vehicle designed to reenter the atmosphere at hypersonic speeds (Mach 20+), endure intense heat, and land with pinpoint accuracy. Its initial focus is on defense and hypersonic testing, where rapid, on-demand delivery of vital supplies can be crucial.
Arc builds upon the success of Inversion’s previous spacecraft, Ray, with plans for an inaugural flight in 2026. The long-term vision involves deploying fleets of Arc vehicles in low Earth orbit, ready to provide fast, global logistics whenever needed.
The project faces numerous challenges—from stress during re-entry to precise landing and navigating regulatory hurdles. Still, if successful, Arc could represent a significant leap toward space-based rapid delivery systems, transforming what was once pure science fiction into reality.
OpenAI is planning several new features for ChatGPT that will be introduced in the upcoming weeks. However, it’s worth starting to prepare financially, as these enhancements are expected to demand significant computing power. According to OpenAI CEO Sam Altman, the new capabilities could be quite resource-intensive, which may translate into higher costs for users, both in subscription fees and separate charges.
### The Big Picture
“Over the next few weeks, we’ll be launching some resource-heavy offerings. Due to the costs involved, certain features will initially only be accessible to Pro subscribers, and some new products may come with additional fees,” Altman explained in a message posted on X (formerly Twitter).
ChatGPT remains free for all users, but there are premium plans that offer expanded access and exclusive features. The Plus plan, costing $20 per month, provides higher limits for image generation, file uploads, access to the latest GPT-5 model, and options for custom chatbots and ChatGPT Agents.
In addition, there’s the Pro subscription, priced at $200 per month, which includes unlimited GPT-5 usage, access to GPT-5 Pro, and increased allowances for multi-modal input, Sora video generation, and ChatGPT Agent functionalities.
### What’s Next for ChatGPT?
It’s quite remarkable to see how demanding the upcoming wave of ChatGPT features might be on computing resources. Even with a $200 monthly subscription, users might still face extra charges for certain advanced features. So far, OpenAI hasn’t shared official details about these upcoming developments.
Recent reports suggest that the new enhancements could push the limits of current hardware requirements, prompting a shift toward more powerful subscription tiers. Meanwhile, speculation hints at an AI-powered web browser in the works, built on the Chromium engine and potentially similar to Perplexity’s Comet browser. Leaks also mention a “cloud browser” that would integrate with GPT Agents to help automate web tasks, all within a ChatGPT-like interface, reducing the need to manually navigate to external sites.
### Additional Updates
According to Reuters, OpenAI is developing an AI-integrated web browser designed to offer a more seamless browsing experience. This browser could keep interactions within a ChatGPT-style chat interface rather than redirecting users to conventional websites, streamlining tasks and information retrieval. The new browser is expected to leverage the Chromium engine and may work alongside AI-driven automation tools to simplify user workflows.
As these innovations develop, it’s clear that OpenAI is aiming to make AI tools more powerful and integrated into everyday tasks, though the cost and hardware demands are likely to increase as these features roll out.
In June, OpenAI acquired io, a company founded by the renowned Apple designer Sir Jony Ive. Since the announcement, there has been a flurry of speculation about new devices powered by ChatGPT, but no official details have been released yet. Now, a trusted source indicates that OpenAI is developing an entire lineup of AI hardware products.
What are their plans?
According to The Information, OpenAI has been recruiting top hardware engineers away from Apple and collaborating with longstanding supply chain partners. It appears that the company envisions launching multiple AI-enabled gadgets in the coming years.
One of these products resembles a smart speaker without a screen, as per sources. OpenAI has also explored the idea of creating glasses, digital voice recorders, and wearable pins. The company aims to roll out these first devices around late 2026 or early 2027.
The Wall Street Journal recently reported that OpenAI is working on a “new device that will move consumers beyond screens.” Details about its appearance remain unclear, and it’s uncertain whether this device will be wearable or serve a different purpose.
Looking at the bigger picture:
Before officially acquiring io, OpenAI had already been covertly working with Jony Ive on projects involving headphones and other camera-equipped devices for several years. This suggests that the first AI hardware product from OpenAI will be a hybrid of various functionalities.
It’s worth noting that many companies have ventured into AI hardware territory. Humane’s AI Pin was short-lived and didn’t gain much traction, while the Rabbit R1 didn’t make significant waves either. The Plaud Note, however, has seen remarkable success. It will be interesting to see how OpenAI attempts to revolutionize this emerging segment and perhaps find its “iPhone moment.”
[gpt3] rewrite this content in American English and make it unique and human written and plagiarism free and do not include any introductions or extra text and only return the rewritten content
Meet R1: the shrimp-slinging rival of Tesla’s Optimus
Forget Wall Street, Ant Group’s latest flex isn’t financial, it’s R1, a humanoid robot that made its debut by cooking shrimp, reportedly, at IFA 2025 tech show in Berlin. While Tesla’s Optimus dreams of factory work, R1 is already auditioning for Iron Chef.
Picture credits: The Verge
At 1.7 meters tall and 110 kilos, R1 looks like a heavyweight but moves at a “grandma-jogging pace.” Still, with 34 joints and surprisingly nimble arms, it can stir, flip, and serve without burning the kitchen down, which already puts it ahead of most humans.
Artwork by Affan Qasim created using Gemini Pro
But R1 isn’t just about dinner. Ant Group is pitching it as a tour guide, museum helper, and even a healthcare assistant. The first batch is already clocking in at the Shanghai History Museum, and a flashier second-gen model is in the works.
The humanoid robot race just got more exciting. With Ant joining Tesla, Boston Dynamics, and others, we’re inching closer to a future where robots don’t just build our stuff, they cook it, serve it, and maybe judge us for ordering extra shrimp.
Flowing water? In MY asteroid? Preposterous!
Astronomers have believed that water was only liquid in the earliest moments of our solar system. In a vacuum, water’s boiling point is very low, ensuring that even in asteroids, most water would either freeze or evaporate.
The theory that water came to Earth trapped in small amounts within asteroids isn’t new but these examinations from Japan’s aerospace exploration agency are: they show that there could have been liquid water flowing on Ryugu — a near-Earth asteroid — nearly a billion years after it was formed, which could say that within the layers of ice in asteroids, there was running water.
This means there’s a billion-year time period where ice-packed asteroids likely collided with the Earth, spreading much more water much faster than previously imagined.
Read: BlackRock to invest $700m in UK data centres during Trump visit
On its own, this isn’t that exciting. But this implies that there are other planets out there that could have received much more water than previously thought possible.
We’re still waiting on the confirmation for alien life, but the fact that there’s a lot more water to go around may get your hopes (or fears) up.
Spotify’s latest drop: Audiophile candy most won’t taste
Spotify’s new lossless audio sounds great, but only if you give it the right setup
Artwork by Syed Alihasan Agha created using ChatGPT
Jumping from Spotify’s compressed 96Kbps streams to its standard 320Kbps already feels like swapping a dusty window for clear glass, but stepping up to lossless FLAC is more like polishing that glass until it sparkles, noticeable only if you’re paying close attention.
Photo Credits: The Verge
On delicate acoustic tracks, say, the fingerpicked guitar on José González’s ‘Crosses’ or the soft harmonies in Bon Iver’s ‘Holocene’, the extra detail feels intimate and alive. But crank up bass-heavy EDM or fuzzed-out garage rock through Bluetooth earbuds, and those subtleties vanish in the chaos.
To actually hear the upgrade, you’ll need the app, a wired connection, and a set of solid headphones or speakers. Casual listeners can stick with high-quality streaming, but for audiophiles chasing the tiniest sonic textures, lossless indeed gives Spotify some bragging rights.
The glass coast
Every year, rising sea levels and storms erode our coastlines, taking plants and trees with them, leaving us vulnerable to storms and floods, and leaving less area for replantation. But there might be a solution.
Researcher Sunshine Van Bael and her team, along with Louisiana-based glass recycling company Glass Half Full, grew grasses and trees in a mixture of ground glass and sediment, effectively giving trees and plants more area to grow with less need for actual substrate.
As of 2022, glass waste made up 6% of Pakistan’s total municipal solid waste. While more work is needed, replicating these results with our mangroves would essentially kill two birds with one stone: waste glass will have a purpose, and we will be protected from the worst of the monsoons’ wrath.
The freedom to roast
Mastodon, the open-source alternative to X, has just rolled out support for quote posts. Now this is a big step in the right direction. If you want more traffic than what X already gets, you have to at least have the same features and then some.
Source: TruthSocial
Created using Gemini
