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@inproceedings{791536, author = {Paseka, Jan and Mosná, Katarína and Riečanová, Zdenka}, address = {Bratislav, Slovak Republic}, booktitle = {UNCERTAINTY 2008}, keywords = {order convergence; topological convergence; lattice effect algebra; de Morgan lattice}, language = {eng}, location = {Bratislav, Slovak Republic}, isbn = {978-80-227-2926-0}, pages = {45-62}, publisher = {Slovak University of Technology in Bratislava, Publishing House of STU}, title = {Order convergence,order and interval topologies on posets and lattice effect algebras}, year = {2008} }
TY - JOUR ID - 791536 AU - Paseka, Jan - Mosná, Katarína - Riečanová, Zdenka PY - 2008 TI - Order convergence,order and interval topologies on posets and lattice effect algebras PB - Slovak University of Technology in Bratislava, Publishing House of STU CY - Bratislav, Slovak Republic SN - 9788022729260 KW - order convergence KW - topological convergence KW - lattice effect algebra KW - de Morgan lattice N2 - We can say that topology is practically equivalent with the concept of convergence. In the modern topology the concept of convergence of filters is discussed rather than convergence of nets. That is because, while convergence of nets is more intuitive, filters are easier to handle. Nevertheless, from the probability (on Boolean algebras or quantum structures) point of view the convergence of nets is the main tool. It is not only because of properties of states, probabilities or observables, but for algebraic properties of sets of events as well. In section 2 we review some of the standard facts about order convergence and topological convergence of nets and posets. Sections 3 and 4 include new results. In every complete atomic MV-effect algebra (MV-algebra) the order convergence of nets is a topological convergence, at which this order topology is a compact Hausdorff topology. As a consequence we obtain that on every complete atomic and block-finite lattice effect algebra the order topology is compact and Hausdorff. In Section 4 a uniform topology on every compactly generated de Morgan lattice is constructed and its connection with the order topology and order convergence is shown. ER -
PASEKA, Jan, Katarína MOSNÁ and Zdenka RIEČANOVÁ. Order convergence,order and interval topologies on posets and lattice effect algebras. In \textit{UNCERTAINTY 2008}. Bratislav, Slovak Republic: Slovak University of Technology in Bratislava, Publishing House of STU, 2008, p.~45-62. ISBN~978-80-227-2926-0.
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