In an unprecedented event in China, robots competed against human runners in a half marathon, showcasing rapid advancements in robotics technology. The race saw robots completing the 21.1-kilometer course at speeds that challenged human records, highlighting the growing capabilities of autonomous machines.

This competition drew significant attention from tech enthusiasts and the sporting community alike, as it blurred the lines between human athleticism and robotic engineering. The event not only served as a demonstration of cutting-edge robotics but also sparked discussions about the future of AI in sports and entertainment.

Experts suggest that such competitions could pave the way for more innovative uses of robotics in various industries and inspire new developments in AI-driven physical performance.

In a groundbreaking event in China, a robot competed against human runners in a half marathon, setting a new record for robotic speed and endurance. The race showcased advanced robotics technology, with the robot completing the course faster than previous human records, highlighting significant progress in automation and AI capabilities.

Spectators and experts alike were impressed by the robot's performance, raising discussions about the future of robotics in sports and daily life. This innovative competition marked a milestone in artificial intelligence development, demonstrating that robots can now perform complex physical tasks at competitive speeds.

The event drew media attention and sparked debates about the potential applications of such technology beyond entertainment, including in logistics, rescue missions, and industrial work. While some experts praised the technological achievement, others cautioned about ethical considerations and the integration of robots into human-centric environments.

In a groundbreaking event in China, a robot competed against human runners in a half marathon, showcasing advancements in robotics and artificial intelligence. The robot not only participated but also completed the race at a remarkable pace, surpassing the previous world record for robots in similar competitions.

This event highlights the rapid growth of robotics technology and its potential to challenge human athletic performance. The competition drew attention worldwide, with experts discussing the implications for future races and industrial applications.

The robot's performance raises questions about automation, artificial intelligence capabilities, and the future of human-robot interactions in sports and beyond. Such innovations suggest a future where machines might routinely challenge or even outperform humans in various domains, including endurance sports.

Additionally, organizers expressed optimism about continued development of robotic athletes, aiming for even more advanced and autonomous robots in upcoming events. The achievement signals a significant milestone in AI-driven robotics, illustrating their evolving role in entertainment, sports, and technological progress.

In an unprecedented event in China, robots competed against humans in a half marathon race, showcasing advancements in robotics and artificial intelligence. The competition highlighted how robots can now perform in endurance activities traditionally dominated by humans, signaling progress in mobility and AI capabilities.

The race drew significant attention, with some robots running faster than the human record, sparking discussions on the future of automated technology in sports. This event marks a milestone in robotics demonstrating their increasing autonomy and physical prowess.

Experts suggest such developments could revolutionize various industries, from logistics to healthcare, by integrating intelligent machines into physically demanding roles. The race also raised questions about the implications for human athletes and the ethical considerations surrounding AI-powered competitions.

Researchers from China's Chinese Academy of Sciences have announced a groundbreaking advancement in electric vehicle safety with a new non-flammable electrolyte for sodium-ion batteries. Unlike traditional electrolytes that merely resist ignition, this innovative Polymerizable Non-flammable Electrolyte (PNE) reacts proactively under high temperatures, transforming into a dense barrier that halts thermal runaway.

This 'smart firewall' effectively prevents battery fires from spreading, potentially setting a new standard in EV safety. Sodium-ion batteries, which use more abundant and less costly materials than lithium-ion variants, are gaining traction for their safety, durability, and economic advantages.

The new technology could accelerate their adoption, particularly in electric vehicles, heavy-duty trucks, and grid storage. If successfully commercialized, this safety breakthrough promises to make EVs safer than internal combustion engine cars, which carry risks from flammable fuels and hot engine components, especially in crashes.

As the race for advanced battery safety heats up, China’s innovation highlights the evolving landscape where safety may become as crucial as range and charging speed in future EV development.

Researchers in China have made a significant advance in electric vehicle safety with a new self-protecting electrolyte for sodium-ion batteries. Unlike traditional lithium-ion batteries, this innovative Polymerizable Non-flammable Electrolyte (PNE) actively reacts to high temperatures by transforming into a solid barrier, effectively halting thermal runaway and preventing fires.

This 'smart firewall' could drastically improve EV safety by physically stopping battery fires before they spread, addressing longstanding public safety concerns. The use of sodium-ion technology, which is more abundant and cost-effective than lithium, enhances the safety, durability, and affordability of batteries.

This breakthrough has the potential to accelerate adoption of safer, more reliable EVs, possibly even surpassing gasoline cars in fire safety. As safety becomes a key focus in the EV industry, China’s innovation may shift the landscape toward prioritizing internal fire suppression capabilities, ultimately redefining public perception of electric vehicle safety.

Researchers in China have made a groundbreaking advancement in EV safety with the development of a self-protecting, non-flammable electrolyte for sodium-ion batteries. This innovative electrolyte, called Polymerizable Non-flammable Electrolyte (PNE), reacts to dangerous heat by solidifying and forming a physical barrier that prevents thermal runaway—addressing one of the major safety concerns associated with electric vehicles.

Unlike traditional flame-retardant electrolytes, which passively resist combustion, this new technology actively responds to high temperatures above 150°C (302°F), effectively functioning as a 'smart firewall' within the battery. This feature could dramatically reduce the risk of battery fires, which, although rare, have been a significant obstacle to wider EV adoption.

The use of sodium-ion batteries further enhances safety and cost-effectiveness, as sodium is more abundant and cheaper than lithium, making this breakthrough especially promising for various applications, including EVs, heavy trucks, and grid storage. The potential for safer EV batteries could reshape the automotive landscape, possibly positioning electric vehicles as safer than internal combustion engine cars that carry flammable fuels and ignition sources.

If these safety advancements are implemented at scale, they could foster greater consumer confidence and accelerate EV adoption globally, shifting the focus in the automotive race toward safety innovations as well as range and efficiency.

Researchers in China have announced a significant advancement in electric vehicle safety with the development of a self-protecting, non-flammable electrolyte for sodium-ion batteries. Unlike traditional flame-retardant materials, this innovative electrolyte actively reacts to high temperatures by transforming into a dense barrier that prevents thermal runaway, a leading cause of battery fires.

This 'smart firewall' significantly enhances safety by physically blocking heat transfer between cells, potentially making EVs safer than internal combustion engine cars. The breakthrough centers around sodium-ion batteries, which are more abundant and cost-effective than lithium-ion batteries.

Sodium-ion technology is gaining interest for applications that prioritize safety, durability, and affordability, such as electric vehicles, heavy-duty trucks, and grid energy storage. If successfully implemented in commercial EVs, this technology could reshape the industry's safety standards and public perception, positioning electric vehicles as potentially less fire-prone than gasoline-powered cars.

Overall, the development underscores a shift in the EV industry focus—from maximizing range and charging speed to enhancing safety. China’s new electrolyte could mark a new era where battery safety is paramount, possibly leading to electric vehicles that are inherently safer than traditional gas-powered cars, especially in severe crashes or fire-prone situations.

A humanoid robot developed by Chinese smartphone maker Honor has set a new milestone by winning a half-marathon race in Beijing, completing the 21-kilometer course in 50 minutes and 26 seconds—a time faster than the human world record. This achievement highlights China's rapid advancements in robotics and artificial intelligence, showcasing technological progress that surpasses previous limits.

The robot's performance, significantly improved from last year's race, underlines Beijing's focus on pushing frontiers in science and technology as part of its national development plans.

In a groundbreaking display of technological advancement, a humanoid robot developed by Chinese smartphone maker Honor won a half-marathon in Beijing, finishing the 21-kilometer race in 50 minutes and 26 seconds—faster than the human world record. The race, held alongside a competition for human runners, marked a significant milestone as the robot not only beat humans but also improved drastically from last year's performance, which concluded in over two hours.

The event showcased the rapid progress of China's robotics sector, with about 40% of the competing robots navigating autonomously. Honor's robot, inspired by elite human athletes and equipped with advanced liquid-cooling systems, demonstrated capabilities that hint at future industrial applications.

While some robots encountered technical hiccups, the overall performance impressed spectators, highlighting the potential of humanoid robots to transform various sectors. This race underscores China's strategic focus on science and technology, as part of its 2026-2030 development plan.

With leading Chinese companies shipping thousands of general-purpose robots annually, the country is positioning itself as a major player in the global robotics market, driven by innovations that blend competitive performance with broader technological ambitions.

A humanoid robot developed by Chinese smartphone maker Honor has achieved a remarkable feat by winning a half-marathon in Beijing while running faster than the current human world record. The robot completed the 21-kilometer race in 50 minutes and 26 seconds, overtaking Uganda's Jacob Kiplimo's record of approximately 57 minutes.

This performance marks a significant advancement from last year's event, where the winning robot finished in over two hours. While the race showcased impressive technological strides, some robots experienced glitches, including falling or bumping into barriers.

Engineers highlighted that the robot's design was inspired by elite athletes, featuring long legs and a sophisticated liquid-cooling system, with the potential to transfer these innovations to industrial uses.

In a groundbreaking demonstration of technological progress, a humanoid robot developed by Chinese smartphone maker Honor won the Beijing half-marathon, finishing in just over 50 minutes—faster than the human world record of approximately 57 minutes. The impressive performance marked a significant leap from last year's marathon, where the robot completed the race in over two hours.

Spectators and industry experts alike were astounded, with some suggesting that this signals a new era of robotics and automation. The race featured both autonomous and remotely-controlled robots, with the winning machine utilizing advanced navigation techniques and a sophisticated liquid-cooling system inspired by human athletes.

While some robots faced technical issues during the event, overall, the display highlighted rapid advancements in robotic mobility and AI capabilities. This development aligns with China's strategic focus on technological innovation, as part of its 2026-2030 national plan to lead in cutting-edge science and robotics development.

A humanoid robot developed by Chinese smartphone maker Honor has made headlines by winning a half-marathon in Beijing, completing the 21-kilometer race in just 50 minutes and 26 seconds. This performance surpassed the human world record, held by Uganda's Jacob Kiplimo, who finished the same distance in approximately 57 minutes.

The event showcased China's rapid advancements in robotics and artificial intelligence, with the winning robot displaying capabilities previously unseen in such competitions. The race, held alongside a human competition, highlighted progress in autonomous navigation, with about 40% of the robots running without remote controls.

Despite some operational hiccups, the robots' speed and autonomous tracking impressed spectators, marking a significant milestone in robotics development. Experts and viewers alike see this as a glimpse into future applications of robotics technology across industrial and societal sectors, while China continues its strategic push to lead in AI and robotics innovation, with plans extending to 2030.

North Korea has conducted multiple short-range ballistic missile tests, firing from its Sinpo region toward eastern waters. The launches, which covered about 87 miles each, drew swift responses from South Korea, Japan, and the United States, highlighting regional instability.

South Korea's military remains alert, analyzing whether the missiles were launched from land or submarine platforms, with a potential first submarine-launched missile in four years raising alarm over North Korea's evolving capabilities. This series of missile tests comes amidst escalating worries over North Korea's nuclear development efforts.

The U.N. and international watchdogs have recently reported significant increases in nuclear production activities, especially at Yongbyon. Kim Jong Un's recent supervision of missile tests and the unveiling of a nuclear-powered submarine underline his focus on expanding North Korea’s missile and nuclear arsenals.

Diplomatic efforts remain strained, with North Korea demanding the lifting of nuclear disarmament conditions while advancing its weapons programs, potentially to gain leverage ahead of upcoming diplomatic meetings involving China, the U.S., and other powers.

North Korea has conducted a series of short-range ballistic missile tests towards the sea, launching from the Sinpo area, which is known for submarine activity. These launches, measuring approximately 87 miles in range, have raised regional tensions as South Korea, the U.S., and Japan closely monitor the situation and engage in information sharing.

South Korea's National Security Council voiced concerns over these provocations and called for North Korea to cease missile testing immediately, especially as the country’s missile capabilities appear to be advancing rapidly. The tests included potential submarine-launched missile activity, which would mark North Korea's first such demonstration in four years.

Given Sinpo's strategic significance as a submarine construction site, this development hints at North Korea's growing underwater missile deployment ability, complicating detection efforts and regional security. Alongside missile tests, North Korea has recently announced missile and nuclear facility activities, including the testing of upgraded engines and preparations at uranium enrichment sites, indicating a concerted effort to bolster its nuclear arsenal amidst stalled diplomatic talks and increased regional tensions.