Discover the Mystery of the Rotating Cylinder Phenomenon

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In summary, the conversation discusses a physical phenomenon involving a rotating puck at the bottom of a jar of water. When dye is added, it spreads everywhere except for in an invisible cylinder that follows the circle at the bottom. The name of this phenomenon is unknown, but it is similar to a Taylor column. However, the object in this scenario is not in the water.
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Hita
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Hi there.
Long time ago i saw a video of a physical phenom. The procedure was : At the bottom we have something like a puck (a circle with thickness), which is rotating. And above with have a jar of water. And when we throw some dye. We can see that phenom : there is like an invisible cylindre that follow the circle at the bottom but in water. So we have the dye who spread everywear but not in this cylindre.

I can't remember what was the name of the phenom, and i coudln't fint it with key-words on internet. Thanks for helping me.
 

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  • #2
Are you thinking of this?



I'm not sure if there's a specific name for this, though it works because the ink doesn't spread much, and the flow of the fluid surrounding the ink is not turbulent.
Instead of dissolved, I think one says that the ink is enfolded in the fluid.
 
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  • #3
To me it sounds like you may be describing a Taylor column. Try looking in the videos section of

spinlab.ess.ucla.edu

Jason
 
  • #4
Thanks for your response.
Sorry jfizzix this not this.
Jason, this was just like Taylor column but the object was not un the water. Your answer help me a lot
 

FAQ: Discover the Mystery of the Rotating Cylinder Phenomenon

What is the "Rotating Cylinder Phenomenon"?

The Rotating Cylinder Phenomenon refers to a scientific phenomenon where a cylinder placed on a flat surface will spontaneously start rotating without any external force or energy being applied to it.

What causes the Rotating Cylinder Phenomenon?

The exact cause of the Rotating Cylinder Phenomenon is still unknown and is a topic of ongoing research. However, some theories suggest that it may be due to minute imbalances in the surface of the table or slight air currents in the environment.

Is the Rotating Cylinder Phenomenon a common occurrence?

No, the Rotating Cylinder Phenomenon is not a common occurrence and is considered a rare and unusual phenomenon. It requires specific conditions to happen, and even then, it may only occur for a short period of time.

Can the Rotating Cylinder Phenomenon be replicated in a controlled environment?

Yes, scientists have been able to replicate the Rotating Cylinder Phenomenon in controlled laboratory experiments. By carefully controlling the surface conditions and surrounding environment, they have been able to observe and study this phenomenon in a controlled setting.

What practical applications does the Rotating Cylinder Phenomenon have?

At the moment, the Rotating Cylinder Phenomenon does not have any significant practical applications. However, continued research on this phenomenon may lead to a better understanding of fluid dynamics and could potentially have applications in areas such as energy production or transportation.

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