Can a spinning thread form a helix through gravity and force?

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SUMMARY

The discussion centers on simulating the formation of a helix from a spinning thread using Java. The user describes a scenario where a thread, held between two fingers, rotates due to force applied at one end, resulting in a twisting and wobbling effect. This phenomenon is crucial for accurately modeling the helix formation, particularly in the context of simulating the creation of spinning matter in the early universe. The user seeks assistance from mathematicians to refine the simulation process.

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  • Java programming for simulation development
  • Understanding of physics principles related to force and motion
  • Basic knowledge of mathematical modeling techniques
  • Familiarity with helical structures and their properties
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  • Study the properties of helices in physics and mathematics
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This discussion is beneficial for computer scientists, physicists, and mathematicians interested in simulation techniques, particularly those focused on modeling physical phenomena and the dynamics of spinning objects.

Mammo
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I'm currently writing a computer simulation (in Java) of the formation of a helix from a spinning thread. The analogy I use is to imagine a piece of thread held between two fingers and left to hang via gravity. When the thread is spun by rolling one finger against the other, the thread will itself rotate. But because the force is only applied at one end, there is a delay in the time the force reaches the free end of the thread. This will result in a twisting effect and a 'wobbling' effect. It is this action which I wish to recreate in the formation of a helix. Does anyone understand what I am talking about? It's the fundamental modelling of the formation of a helix from a spinning thread. I need help. It sounds easy in practice, but tricky when you try to write a computer program.

I come from an astronomy/computing background, and would appreciate the input from math people. (It is meant as a simulation of the creation of (spinning) matter at the beginning of the universe (!))
 
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