Existence of nonsoliton ancient flows from nonround self-shrinkers

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Let Σ\Sigma be a compact, embedded, nonround self-shrinker in Rn+1\mathbb{R}^{n+1}. An associated-flow conjecture. There exists an associated nonsoliton ancient flow

{Mt}t∈(−∞,0).\{M_t\}_{t\in(-\infty,0)}.

This proposes that the construction in the paper reflects a general phenomenon beyond the specific rotationally symmetric, compact, low-entropy perturbation considered there. The source gives no evidence that the claim has been proved or refuted.

References

Primary source

Theodora Bourni, Mathew Langford and Alexander Mramor, “On the construction of closed nonconvex nonsoliton ancient mean curvature flows”, arXiv:1911.05641 (2019).

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