Lissajous figures and anisotropic oscillators

AI Thread Summary
The discussion focuses on the behavior of 2-D anisotropic linear oscillators in relation to periodic and non-periodic motion based on the ratio of angular velocities. When the ratio is rational, a least common multiple exists, leading to periodic motion with a definite repeating time interval. Conversely, with an irrational ratio, there is no least common multiple, resulting in non-periodic motion. The inquiry seeks confirmation of this understanding and invites further comments on the topic. The explanation highlights the fundamental relationship between angular velocity ratios and the periodicity of oscillatory motion.
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I working on a problem involving periodic vs. non-periodic 2-d anisotropic linear oscillators. I am trying to understand why it is that for a ratio of angular velocities that is rational, the motion of the oscillator is periodic. Versus the case where the ratio of angular velocities in irrational. From what I can understand thus far it really comes down to whether or not a least common multiple exists. For the case where the angular velocity ratio is rational, a least common multiple clearly exists. There is some definite time interval at which the motion will repeat itself. For the case where the ratio is irrational, there is no exact least common multiple for periods of motion.

Is this correct? Am I missing something? Comments appreciated.
 
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yeah, that's basically it.
 
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