The transition from classical to quantum physics has been achieved. 🧐 engineering
The transition from classical to quantum physics has been achieved.Atoms in the form of a classical needle structure on the left and a series of "quantum tornadoes" on the right.
Physicists at the Massachusetts Institute of Technology have announced a breakthrough in their research of quantum physics.they have observed the moment in which ultra-cold atoms switch locations with one another. The study conducted bythe movement of changing locations has led to the formation of so-called “quantum tornadoes.”
To realize the awesome nature of this discovery, one will remember that two laws of physics govern the universe:physics. Classical physics govern our movements, pace, and location, all based on the law that we can only be in one place at any one time. Meanwhile, inplaces simultaneously. These particles can tunnel through obstacles and immediately communicate information across great distances.
"This evolution connects to the idea of how a butterfly in China can create a storm here, due to instabilities that set off turbulence," explains, an author on the research paper."Here, we have quantum weather: The fluid, just from its quantum instabilities, fragments into this crystalline structure of smaller clouds and vortices. And it's a breakthrough to be able to see these quantum effects directly.
Zwierlein, the Thomas A. Frank Professor of Physics at MIT, says this: “My message to young physicists is always be curious about whatever you see. Try to understand it, and don’t think, ‘oh it’s too difficult.’”During the process of rotation, the round cloud of atoms is placed into anand eventually turns into a thin, needle-like structure.
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