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Ok, it's an immersion in R^3 of a tubular neighborhood of an embedding of the Klein bottle in R^4. But be like Michelangelo and see the immersed Klein bottle i
by kmill 10y ago
Ok, it's an immersion in R^3 of a tubular neighborhood of an embedding of the Klein bottle in R^4.
But be like Michelangelo and see the immersed Klein bottle inside the glass.
- MichaelMoser123 10y ago... but with an imaginary klein bottle you can own one without buying it; that's cheaper, isn't it?
- unclenoriega 10y agoYou'd think so, but it's actually more expensive because you don't get the experience of buying a Klein bottle from Cliff Stoll.