Gyroscopic Forces: Designing a Spinning-Top Object

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Creating a spinning top that spins indefinitely is theoretically possible, but practical limitations such as friction prevent it from happening in reality. The discussion emphasizes the importance of understanding gyroscopic forces when designing such an object. While a normal spinning top can maintain motion for a time, it will eventually slow down due to friction. Suggestions for design improvements focus on minimizing friction and enhancing stability. Ultimately, achieving perpetual spin remains a theoretical challenge due to unavoidable physical forces.
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Gyroscopic Forces??

Is it possible to create an object that is basically a spinning top but because of the way it is made will spin forever? If not what would be the best design for a 'spinning-top like' object? I think I need to do some research on Gyroscopic Forces but I'd like to be pointed in the right direction. Thank you.

-Max
 
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A normal spinning top will spin forever, at least in theory. However in reality there is friction, which will slow down the top over time. This will be the case with any contraption that you can come up with.
 

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