On partial actions and groupoids
By F. Abadie. 2004
75 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/b1ba245ad8b78373d9251c91547295d00cd1180f
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Algebra and Number Theory
- Mikhailo Dokuchaev
- Ben Steinberg
- Antonio Paques
- Dirceu Bagio
- David Milan
- R. Exel
- Enrique Pardo
- Charles Starling
In Mathematical Physics
- Mikhailo Dokuchaev
- Ben Steinberg
- R. Exel
- Antonio Paques
- David Milan
- Dirceu Bagio
- Mark V. Lawson
- Enrique Pardo
Citations in the corpus
- Inverse semigroups and combinatorial C*-algebras (2007, background): “By a combinatorial C*-algebra we loosely mean any C*-algebra which is constructed from a combinatorial object.”
- Partial Groupoid Actions: Globalization, Morita Theory, and Galois Theory (2011, background): “Groups are particular examples of groupoids (or ordered groupoids) and any partial group action has, as in the global case, a natural groupoid associated (see [2, 17], and [6]).”
- Partial Dynamical Systems, Fell Bundles and Applications (2015, background): “Meanwhile let us remark that it has a natural groupoid [3] structure, where two elements (w, h, z) and (y, g, x) in Graph(θ) may be multiplied if and only if z = y, in which case we put”
- Recent developments around partial actions (2018, methodology): “Subsequent C-algebraic and topological developments on partial actions were made in [5], [159], [233], [6], [141], [222], [60], [112], [93], [11] and [163].”
- ON INVERSE SEMIGROUP C ∗ -ALGEBRAS AND CROSSED PRODUCTS (2011, methodology): “Khoshkam and Skandalis prove a more general result than that of Abadie in [12] using different terminology.”