Video Post: visualize it
For a long time, we did not have video posts on the blog, and during this time, very interesting videos have accumulated. Let's start with physics. Still, neodymium magnets are an amazing thing. Although you know that they are very powerful, but you still do not expect such a ability to hold on to steel from a relatively small piece of metal. And when a large neodymium magnet falls into the hands ... very spectacular experiments can be carried out with it.
However, the very phenomenon of magnetism for modern man still looks like something magical, despite the voluminous and detailed explanations from the side of physicists. A good management of the magnetic field is a great tool in the hands of engineers and designers. You can melt the metal without any furnaces, and even do it in the air, as in this case:
')
In continuation of the theme of visualization of physical phenomena: several young musicians shot a music video in which they used talent to propagate acoustic waves in various materials.
And here is an example of a remarkable optical illusion created with the help of zootropes , in which the number of spiral elements coincides with a number of Fibonacci numbers. Based on the created three-dimensional models, the sculptures were printed on a 3D printer, mounted on a rotating platform and removed under stroboscopic lighting, synchronized with the camera shutter (1/4000 sec.).
It seems that today almost the entire post will be devoted to visualization. Three-dimensional printing, magnets, complex and expensive equipment - none of this was needed by a Japanese programmer who created a very realistic visualization of a splashing liquid using ... ASCII characters.
Turn again to the theme of art. Talented French Adrien M and Claire B combined choreography and projection animation.
For many decades we have been dreaming about robots as full human assistants. But on the way to this lies many problems, one of which is orientation in space. Have you ever wondered how exactly a robot can distinguish three-dimensional objects? How could he see them, how could he see a man? Maybe like this:
In any case, the robots will "see" as engineers come up with. But how exactly do these or other phenomena of synestics see ? How can you see color or sound? Surely, such thoughts were inspired by the Australian Andy Thomas when he created his visualizations of bird trills:
And in conclusion, we want to share a wonderful video where people play football, but at the same time see themselves from the third person, from above (the game itself starts at 2:15).
However, the very phenomenon of magnetism for modern man still looks like something magical, despite the voluminous and detailed explanations from the side of physicists. A good management of the magnetic field is a great tool in the hands of engineers and designers. You can melt the metal without any furnaces, and even do it in the air, as in this case:
')
In continuation of the theme of visualization of physical phenomena: several young musicians shot a music video in which they used talent to propagate acoustic waves in various materials.
And here is an example of a remarkable optical illusion created with the help of zootropes , in which the number of spiral elements coincides with a number of Fibonacci numbers. Based on the created three-dimensional models, the sculptures were printed on a 3D printer, mounted on a rotating platform and removed under stroboscopic lighting, synchronized with the camera shutter (1/4000 sec.).
It seems that today almost the entire post will be devoted to visualization. Three-dimensional printing, magnets, complex and expensive equipment - none of this was needed by a Japanese programmer who created a very realistic visualization of a splashing liquid using ... ASCII characters.
Turn again to the theme of art. Talented French Adrien M and Claire B combined choreography and projection animation.
For many decades we have been dreaming about robots as full human assistants. But on the way to this lies many problems, one of which is orientation in space. Have you ever wondered how exactly a robot can distinguish three-dimensional objects? How could he see them, how could he see a man? Maybe like this:
In any case, the robots will "see" as engineers come up with. But how exactly do these or other phenomena of synestics see ? How can you see color or sound? Surely, such thoughts were inspired by the Australian Andy Thomas when he created his visualizations of bird trills:
And in conclusion, we want to share a wonderful video where people play football, but at the same time see themselves from the third person, from above (the game itself starts at 2:15).
Source: https://habr.com/ru/post/367071/
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