Princeton University scientists led by Vani Rajendran found that macaques can tap to the beat of human music after metronome training, overturning the vocal-learning hypothesis and suggesting rhythm perception has deeper evolutionary roots.

RMIT University engineers Dr. Jingxuan Zhang and Dr. Mohammad Saberian have created lower-carbon concrete using biochar from spent coffee grounds, achieving 26 percent CO2 reduction and 30 percent strength increase while reducing pressure on natural sand supplies.

Swedish defense company Saab has won Poland's submarine competition with its A26 design, securing an order for three boats with advanced air-independent propulsion. The submarines can remain submerged for 18+ days and are specifically optimized for Baltic Sea operations.

Chinese scientist Pan Jianwei and his USTC team have created a quantum "Lego block" using topology that resists errors and noise. Their simulation of non-equilibrium higher-order topological phases on the Zuchongzhi 2 processor marks a critical step toward practical quantum computers.

Chinese researchers from Huazhong University of Science and Technology have recovered the first "lunar soil bricks" after a year-long space exposure test, confirming the materials remained in good condition despite extreme radiation—a critical step toward building future lunar bases.

University of British Columbia researchers built a "body-swap" robot that reveals how the brain interprets sensory delays, showing mechanical boosts can reduce sway by 80 percent—a discovery that could prevent falls costing Canada's healthcare system $5 billion annually.

Ohio University professor Lawrence Witmer co-authored a Current Biology study revealing pterosaurs evolved flight-ready brains differently than birds, achieving powered flight 233 million years ago with surprisingly small brains and unique sensory processing structures.

The BYD SEAL delivers instant acceleration that makes every drive feel effortlessly smooth and responsive. Its advanced electric powertrain provides quick, seamless power the moment you press the pedal, allowing the car to glide forward with ease and precision. This immediate torque not only enhances everyday driving comfort but also gives the SEAL a confident, dynamic character on the road, combining efficiency with a refined and enjoyable driving experience. The BYD SEAL is

Chinese defence researchers from Casic and the PLA have transformed ordinary bath loofah into a revolutionary stealth material that absorbs 99.99% of radar waves. The 4mm-thick coating could reduce radar detection from space-based systems by 700 times, addressing a critical vulnerability in modern stealth aircraft against satellite radar hunters.

HKUST researchers Prof. XU Qin and Prof. HU Wenqi have pioneered soft composite materials with programmable asymmetric responses using shear-jamming transitions. These fracture-resistant composites enable directional shape memory and active motion, creating a pathway toward mechanical intelligence for soft robotics and smart systems.

Flinders University researchers led by Dr. Aliakbar Gholampour have developed geopolymer concrete from lithium mining waste that enhances strength and durability while addressing the 25 billion tonne annual concrete problem responsible for 8% of global emissions.

Researchers at SLAC National Accelerator Laboratory are developing innovative X-ray techniques to perfect fusion fuel targets that can survive temperatures hotter than the Sun. Early career scientists led four groundbreaking studies testing 3D-printed foams that could enable future power plants using 10 capsules per second.

A historic race is underway in China between the state-owned Long March 12A and commercial rockets Zhuque-3 and Tianlong-3 to complete the nation's first reusable orbital launch. A successful landing would make China the second country after the US to achieve this, crucial for deploying 10,000-satellite constellations.

Chinese researchers have developed an electrochemical method using a covalent organic framework (COF) electrode that recovers uranium from wastewater with over 90% efficiency. The system demonstrated exceptional stability, operating for 450 hours and achieving a capacity of 9,000 mg per gram, a major step for sustainable nuclear fuel.

Two humanoid robots recently carried out a logistics workflow in a fully autonomous manner at a warehouse. They moved a total of 32 boxes from uneven piles into storage racks without any remote control or human intervention. Each robot used real-time perception and motion planning to adjust to box placement and pile height dynamically. The robots walked through the same shared floor space, stayed balanced under load, and avoided collisions. They demonstrated the potential for

The Aviation Industry Corp of China (AVIC) has secured an order for 18 of its AS700 "Xiangyun" passenger airships, a major commercialization milestone. The 50-meter-long aircraft, capable of carrying 10 people, is set to drive a low-altitude economy projected to be worth 2 trillion yuan by 2030.

Norwegian scientists have developed a deep-learning model that identifies wild versus farmed salmon with 95% accuracy by analyzing scale patterns. The breakthrough, using 90,000 historical images, addresses the annual escape of 300,000 farmed salmon that threaten wild populations which have declined by over 50% since the 1980s.

The US Space Force has awarded multiple prototype contracts for space-based interceptors under the Golden Dome missile defense program. The classified awards, made through Space Systems Command, mark a significant step toward developing orbital weapons to destroy enemy missiles during flight.

UBTech Robotics has secured a US$37 million contract to deploy humanoid Walker S2 robots at China-Vietnam border crossings. The world's first self-battery-replacing humanoids will handle guidance, inspections, and logistics, with deliveries beginning in December as China accelerates robotics commercialization.

Hanyang University researchers led by Professor Ki-Yong Oh have developed a UAV-based system that simultaneously assesses transmission line sag and environmental infringement using multimodal data. The technology can predict how lines would deform under extreme thermal conditions, enabling preventive maintenance before risks materialize.