In atomic propellers, quantum phenomena can mimic everyday physics
In atomic propellers, quantum phenomena can mimic everyday physics
http://bit.ly/2qCTrJW
In molecules there are certain groups of atoms that are able to rotate. This movement is not continuous but occurs in jumps. It is generally believed that such jumps are classical, i.e. similar to the motion of a roulette ball. Chemists from Warsaw have, however, observed rotations that follow the non-intuitive rules of the quantum world. It turns out that under the appropriate conditions, quantum rotations can mimic normal, classical rotation.
Singularity
via http://bit.ly/2pNoqCk
May 31, 2017 at 04:23PM
http://bit.ly/2qCTrJW
In molecules there are certain groups of atoms that are able to rotate. This movement is not continuous but occurs in jumps. It is generally believed that such jumps are classical, i.e. similar to the motion of a roulette ball. Chemists from Warsaw have, however, observed rotations that follow the non-intuitive rules of the quantum world. It turns out that under the appropriate conditions, quantum rotations can mimic normal, classical rotation.
Singularity
via http://bit.ly/2pNoqCk
May 31, 2017 at 04:23PM
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