Infinite loop space structure(s) on the stable mapping class group

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Infinite loop space structure(s) on the stable mapping class group. / Wahl, Nathalie.

In: Topology, Vol. 43, 2004.

Research output: Contribution to journalJournal articleResearchpeer-review

Harvard

Wahl, N 2004, 'Infinite loop space structure(s) on the stable mapping class group', Topology, vol. 43.

APA

Wahl, N. (2004). Infinite loop space structure(s) on the stable mapping class group. Topology, 43.

Vancouver

Wahl N. Infinite loop space structure(s) on the stable mapping class group. Topology. 2004;43.

Author

Wahl, Nathalie. / Infinite loop space structure(s) on the stable mapping class group. In: Topology. 2004 ; Vol. 43.

Bibtex

@article{c19fb6f0d6b411dd9473000ea68e967b,
title = "Infinite loop space structure(s) on the stable mapping class group",
abstract = "Tillmann introduced two infinite loop space structures on the plus construction of the classifying space of the stable mapping class group, each with different computational advantages. The first one uses disjoint union on a suitable cobordism category, whereas the second uses an operad which extends the pair of pants multiplication (i.e. the double loop space structure introduced by E. Y. Miller). She conjectured that these two infinite loop space structures were equivalent, and managed to prove that the first delooping are the same. In this paper, we resolve the conjecture by proving that the two structures are indeed equivalent, exhibiting an explicit geometric map.",
author = "Nathalie Wahl",
note = "Keywords: math.AT; math.GT; 55P47;32G15;55R35",
year = "2004",
language = "English",
volume = "43",
journal = "Topology",
issn = "0040-9383",
publisher = "Pergamon Press",

}

RIS

TY - JOUR

T1 - Infinite loop space structure(s) on the stable mapping class group

AU - Wahl, Nathalie

N1 - Keywords: math.AT; math.GT; 55P47;32G15;55R35

PY - 2004

Y1 - 2004

N2 - Tillmann introduced two infinite loop space structures on the plus construction of the classifying space of the stable mapping class group, each with different computational advantages. The first one uses disjoint union on a suitable cobordism category, whereas the second uses an operad which extends the pair of pants multiplication (i.e. the double loop space structure introduced by E. Y. Miller). She conjectured that these two infinite loop space structures were equivalent, and managed to prove that the first delooping are the same. In this paper, we resolve the conjecture by proving that the two structures are indeed equivalent, exhibiting an explicit geometric map.

AB - Tillmann introduced two infinite loop space structures on the plus construction of the classifying space of the stable mapping class group, each with different computational advantages. The first one uses disjoint union on a suitable cobordism category, whereas the second uses an operad which extends the pair of pants multiplication (i.e. the double loop space structure introduced by E. Y. Miller). She conjectured that these two infinite loop space structures were equivalent, and managed to prove that the first delooping are the same. In this paper, we resolve the conjecture by proving that the two structures are indeed equivalent, exhibiting an explicit geometric map.

M3 - Journal article

VL - 43

JO - Topology

JF - Topology

SN - 0040-9383

ER -

ID: 9396675