activity
19982004
most citedHigher Operads, Higher Categories

47 citations · 55 across the 4 of their papers we have counts for

collaborators

14 papers

math.DS20047 cited

A general theory of self-similarity II: recognition

Tom Leinster

This paper concerns the self-similarity of topological spaces, in the sense defined in math.DS/0411344. I show how to recognize self-similar spaces, or more precisely, universal so…

math.DS20041 cited

A general theory of self-similarity I

Tom Leinster

Consider a self-similar space X. A typical situation is that X looks like several copies of itself glued to several copies of another space Y, and Y looks like several copies of it…

math.CT200347 cited

Higher Operads, Higher Categories

Tom Leinster

Higher-dimensional category theory is the study of n-categories, operads, braided monoidal categories, and other such exotic structures. It draws its inspiration from areas as dive…

math.RA2002

An Objective Representation of the Gaussian Integers

Marcelo Fiore, Tom Leinster

A rig is a riNg without Negatives. We analyse the free rig on a generator x subject to the equivalence x = 1 + x + x^2, showing that in it the non-constant polynomials form a ring.…

math.CT2002

Generalized enrichment of categories

Tom Leinster

We define the phrase `category enriched in an fc-multicategory' and explore some examples. An fc-multicategory is a very general kind of 2-dimensional structure, special cases of w…

math.CT2001

Structures in higher-dimensional category theory

Tom Leinster

This paper, written in 1998, aims to clarify various higher categorical structures, mostly through the theory of generalized operads and multicategories. Chapters I and II, which c…