Search Results - Chinese researchers

Artificial Antivenom Counters Various Lethal Snake Venoms

A synthetic antibody protected against deadly venom from a large family of snakes that includes the black mambaCredit: Pixaobay Researchers created a synthetic antibody that prevents paralysis and death from elapid venom, originating from a globally lethal snake family. This advancement brings us nearer to creating a unified antivenom that could safeguard against all types...

China Unveils New Stealth Aircraft Utilizing Plasma Technology

Chinese Air Force J-20 Stealth Fighter Jets Showcase Skills at Air Show in Changchun, Jilin Province. Credit: Yang Pan/China Ministry of Defense. Traditionally, aircraft are designed to be highly visible for safety reasons, except military planes, which prioritize stealth. Various methods have been employed to minimize visibility through materials, design, and technologies to reduce the...

Bad Actor AI Expected to Daily Threaten Democracies by Mid-2024

A study is predicting that malicious AI activity will be daily by mid-2024Depositphotos A recent study forecasts that the deliberate use of AI by 'bad actors' to propagate online harm, particularly through disinformation, will occur on a daily basis by mid-2024. The results raise concerns, especially with over 50 countries, including the US, scheduled to...

Nanorobots Capable of Folding DNA can Replicate Indefinitely

Tiny nano-robots have been developed that can grab tiny snippets of DNA and assemble them into new nano-machines – including copies of themselvesAI-generated image by DALL-E Researchers have showcased a programmable nanoscale robot constructed from a few DNA strands, which can capture other DNA fragments and assemble them to produce new UV-welded nanomachines, including duplicates...

The Moon’s Rocket-Created Craters have Been Resolved

The far side of the Moon as seen by China's Chang'e 5-T1 missionChinese National Space Agency/Chinese Academy of Sciences The origin of a set of craters on the far side of the Moon has been clarified by a recent study from the University of Arizona, establishing that the probable cause was a discarded rocket booster...

The Initial Chimeric Monkey has Surfaced, Displaying Dual Sets of DNA

Images show the green fluorescence signals in different body parts of the three-day-old chimeric monkeyCao et al/Cell/(CC By SA) In a scenario reminiscent of the initial scenes in a science fiction horror movie, scientists have injected stem cells from a seven-day-old monkey embryo into an unrelated four-to-five-day embryo of the same species. This combined embryo...

Discovering Ammonia’s Potential as a Fuel

An economic cycle of ammonia from production to utilization. Credit: Wiley Online Library. As the world strives to reduce its dependence on fossil fuels and make the transition to cleaner, more sustainable energy sources, alternative fuels have been at the forefront of innovation. Among these alternatives, ammonia, a common industrial chemical, has been gaining attention...

AI Discovers Potential Drug for Malaria and Osteoporosis

Reversing osteoporosis could greatly improve quality of life for millionsDepositphotos In what is becoming increasingly routine in pharmaceutical research, researchers have harnessed an artificial intelligence algorithm to pinpoint a compound, currently utilized in the treatment of malaria, that exhibits the capability to effectively counteract bone degeneration associated with osteoporosis. The compound, dihydroartemisinin (DHA), is sourced from...

Harnessing Sunlight to Convert Wastewater into Valuable Chemicals

Schematic Illustrating Solar-Driven Chemical Production from Engineered V. natriegens and Wastewater Contaminants for Sustainable and Efficient Processes. Credit: Nature Sustainability (2023). A groundbreaking study led by Prof. Gao Xiang from the Shenzhen Institute of Advanced Technology (SIAT) of the Chinese Academy of Sciences and Prof. Lu Lu from the Harbin Institute of Technology introduces an innovative method...

Investigating the Evolution of Post-Merger Remnant

Credit: Phys. A research team led by Assistant Professor Wu Chengyuan from Yunnan Observatories of the Chinese Academy of Sciences has delved into the evolution of post-merger remnants resulting from the coalescence of double oxygen-neon white dwarfs. Their findings shed light on how specific factors influence the final fate of such remnants. Impacts of Convective Boundary...