GoSun has introduced an all-electric tractor designed to combine battery power with onboard solar charging for farm and property work.
The world’s largest battery-electric ship has reached South America after travelling thousands of kilometres from Tasmania aboard a heavy-lift transport
Russia and North Korea have opened their first road bridge across the Tumen River, creating a direct land route for
Hyundai Steel has launched a $5.8 billion steel mill project in Louisiana, its first North American steel production base. The facility is expected to start production in 2029, with an annual capacity of 2.7 million metric tons. Using Electric Arc Furnace and direct reduction technologies, the plant will supply steel mainly for Hyundai and Kia vehicles while creating thousands of jobs.
China has reached a key construction milestone on the long-delayed China-Kyrgyzstan-Uzbekistan railway, marking the first tunnel breakthrough in the Kyrgyz
A Tesla Model 3 was reportedly stopped in the middle of an Arizona highway when it was struck from behind,
Albany Engineered Composites has extended its agreement with Boeing to continue manufacturing composite fuselage frames for the 787 Dreamliner. The company will produce around 300 unique frames at its Salt Lake City facility. Albany has supplied frames for parts of the 787 since 2014, supporting Boeing’s aircraft production with lightweight and durable composite components.
Newlight has completed an 8,500-nautical-mile commercial voyage using its hydrogen-hybrid energy system on a Lomar Shipping bulk carrier. The company reported a 24% reduction in fuel consumption, along with 28% lower CO₂ emissions and 22% lower carbon monoxide emissions. The retrofit technology combines hydrogen with existing diesel engines and uses real-time controls to improve combustion efficiency.
China has rolled out a super-large-diameter slurry shield machine that will be used to build Nanjing’s first high-speed railway tunnel
Argonne National Laboratory is part of STREAMLINE, a research project using AI and supercomputers to tackle a major nuclear physics problem. Researchers are training neural networks to model the complex behavior of protons and neutrons inside atomic nuclei. The approach can scale to about 100 interacting particles, compared with roughly a dozen for some earlier methods, potentially enabling more realistic nuclear simulations.
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