Post by account_disabled on Feb 21, 2024 23:32:20 GMT -5
Wind energy. The main novelty of this advancement is the size. These devices are very small, only millimeters at their widest part. To give an idea of their size, let's say that one of these tiny wind turbines takes up the space of a grain of meter. The people responsible for the invention came up with the idea that hundreds of nanowindmills could be connected to a smartphone to charge the battery without having to plug it into an electrical current. Users can simply shake the terminal to start the system, but if the wind is blowing, they can also place it in the air or on a windowsill. Nanowindmills are made using origami .
Technology (the Japanese art of folding paper), which galvanizes two-dimensional shapes onto a flat surface. This is then assembled into a three-dimensional mechanical structure with the ability to move. Tests Chinese Malaysia Phone Number List conducted by the researchers showed that the device is made of a nickel alloy, which guarantees its flexibility and durability. As a result, each unit can withstand a certain level of wind without damage, a quality that is also aided by its aerodynamic design. The inventors believe these nanowindmills could also be integrated into panels on building walls on a large scale to generate wind energy for lighting, wireless .
Communications and other indoor needs. the surface of what these devices are capable of. The invention was supported by a Taiwanese company, which entrusted the work to two researchers. Print and Food: Renata Franco Renata Franco Printing holds great promise for many industries, including food. You can now use Print to make pizza, burgers, and more. The world of printing is absolutely fascinating, and what's especially interesting is that now you can buy a low-cost printer to use at home and start producing various types of objects without .