In March this year, Liu Jing, a professor of the Institute of Physics and Chemistry at the Chinese Academy of Sciences and the Department of Biomedical Engineering at Tsinghua University, was the first to discover a "biomimetic self-propelled liquid metal mollusk" in the world. Now, Liu Jing's team has made major progress in its research: it has discovered new fundamental effects of the liquid metal series and machine deformation and movement patterns. This provides a theoretical basis for the development and application of liquid metal flexible intelligent machines. Relevant results have recently been published online in the journal "Micro", a publication of international micro and nanotechnology. On the 10th, Liu Jing said in an interview with a reporter from Science and Technology Daily that we used needles to extract some metal alloy solutions and injected them into sodium hydroxide solution. We found that in a flash we could produce a large number of running liquid metal motors (ie, containing "The power of the droplet machine cluster), "As the Chinese classic novel "Journey to the West" described in the Monkey King pull out the hair and blow out a large group of monkeys just like a monkey." These droplet machines will exhibit a series of rich physics phenomena such as collision, attraction, fusion, rebound, alignment and combination. Interestingly, the team also found that if larger-scale liquid metal machines are placed in a well-designed channel, they can be combined into a train of movements like a train, and a train of vehicles can be divided into several sections. Exercise separately. They can change their shape, size and speed according to their needs and switch in various environments. Liu Jing said that sports machines made of rigid materials, even those in the natural world, can usually only be cut apart and do not have the ability to integrate automatically. Liquid metal can now be assembled, blended, and deformed automatically. This flexible machine has important implications for future smart materials, flexible vascular robot design, and fluid mechanics including soft matter research. It opened a breakthrough and expanded people's understanding of complex fluids and liquid metal materials. The liquid metal motor can move autonomously, and its use must be controlled by humans. In a paper published earlier in the journal Applied Physics Letters, the “magnetic trap effect†of the metal motor discovered by the Liu Jing team was also recorded. (Reporter Li Daqing) Kitchen Accessories,Kitchen Cabinet Accessories,Kitchen Board,Kitchen Supplies JIANGMEN MEIAO KITCHEN AND BATH CO.,LTD , https://www.meiaogroup.com