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user6976
user6976

I think that there exists an immune $S$ for which this limit is always 0 (for all $D$). The construction (using the priority method) is in my appendix to a new paper of Olshanskii which should be in the arXiv soon. If you really need it, I can send you the text by email. It is about 23 pages long.

I think that there exists an immune $S$ for which this limit is always 0 (for all $D$). The construction (using the priority method) is in my appendix to a new paper of Olshanskii which should be in the arXiv soon. If you really need it, I can send you the text by email. It is about 2 pages long.

I think that there exists an immune $S$ for which this limit is always 0 (for all $D$). The construction (using the priority method) is in my appendix to a new paper of Olshanskii which should be in the arXiv soon. If you really need it, I can send you the text by email. It is about 3 pages long.

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Source Link
user6976
user6976

I think that there exists an immune $S$ for which this limit is always 0 (for all $D$). The construction (using the priority method) is in my appendix to a new paper of Olshanskii which should be in the arXiv soon. If you really need it, I can send you the text by email. It is about 2 pages long.