Results 221 to 230 of about 5,057 (262)

On the lattices of L-topologies

Fuzzy Sets and Systems, 2016
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Ginu Varghese, Sunil C. Mathew
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Topological residuated lattices

Soft Computing, 2020
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Saeed Rasouli, Amin Dehghani
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Topologies of Lattice Products

Canadian Journal of Mathematics, 1966
A number of different ways of defining topologies in a lattice or partially ordered set in terms of the order relation are known. Three of these methods have proved to be useful and convenient for lattices of special types, namely theidealtopology, theintervaltopology, and thenew intervaltopology of Garrett Birkhoff.
Aló, Richard A., Frink, Orrin
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The Lattice of Functional Alexandroff Topologies

Order, 2020
Let \(X\) be a set and \(f:X \longrightarrow X\) be a function; then \(\mathcal{P}(f):=\{O \subseteq X: f^{-1}(O)\subseteq O\}\) is an Alexandroff topology on \(X\). A space \((X, \mathcal{T})\) is said to be primal [\textit{O. Echi}, Topology Appl. 159, No. 9, 2357--2366 (2012; Zbl 1245.54033)], or functional Alexandroff [\textit{F. A. Z. Shirazi} and
Jacob Menix, Tom Richmond
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On the Lattice of Topologies

Canadian Journal of Mathematics, 1958
In many cases Lattice Theory has proven itself to be useful in the study of the totality of mathematical systems of a given type. In this paper we shall continue one of such studies by investigating further the lattice of all topologies on a given set S. A considerable amount of research has been done in this field (1; 2; 3; 5; 6).
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Finite Intervals in the Lattice of Topologies

Order, 2013
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William Rea Brian   +3 more
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TOPOLOGY AND LATTICES

International Journal of Modern Physics A, 1989
The concept of interpolation relates lattice configurations to continuum configurations. This relation induces from the continuum to the lattice the definitions of “continuous deformation”, topological classification and homotopy classes. The lattice homotopy classes obtained this way are separated by boundaries made out of “exceptional configurations”
RADEL BEN-AV, SORIN SOLOMON
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Topology on the Lattice

2021
“Global topology,” which we will discuss in this first section, is the total topological charge of the whole lattice: in the subsequent sections, we will review more local observables aimed at revealing the topological substructure of the gauge theory vacuums.
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