Being the strongest magnets in the universe I think there would be a point of know return different for a neodymium magnets then that of similar non magnetic mass.
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$\begingroup$ What kind of point of no return are you considering? Event horizons in GR are limits for all particles no matter their properties. But e.g. rotating black holes have a tendency to make objects rotating in the opposite direction plunge in more strongly than co-rotating objects, yet this is not a rotational event horizon. $\endgroup$– Anders SandbergCommented Jun 19, 2021 at 16:56
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$\begingroup$ I guess then I am asking about a magnetic point of no return. $\endgroup$– JoeCommented Jun 19, 2021 at 17:09
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$\begingroup$ Yes, but what do you mean by a "magnetic point of no return"? It is not a standard physics term. $\endgroup$– Anders SandbergCommented Jun 20, 2021 at 0:18
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