A speaker in an audiobook on geometry (I forget the title and author) mentioned that circles and spheres are boundless but not infinite. Well, yes.
And no. For to think of the circle as boundless, one must imagine everlasting duration: one must think of what it would be like to go around and around and around again, etc.
In this context, at least, boundlessness is a function of infinity.
Geometry is not about the timeless: it's about what is (purportedly, seemingly, truly--take your pick) everlasting.
And no. For to think of the circle as boundless, one must imagine everlasting duration: one must think of what it would be like to go around and around and around again, etc.
In this context, at least, boundlessness is a function of infinity.
Geometry is not about the timeless: it's about what is (purportedly, seemingly, truly--take your pick) everlasting.
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