User contributions for GrzegorzBancerek
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5 September 2017
- 18:2018:20, 5 September 2017 diff hist +2,307 Mapping is Continuous implies Mapping Preserves Filtered Infima in Lower Topological Lattice No edit summary
4 September 2017
- 17:1417:14, 4 September 2017 diff hist +1,827 N Mapping is Continuous implies Mapping Preserves Filtered Infima in Lower Topological Lattice Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ and $Q = \left({X, \preceq', \tau'}\right)$ be complete Definition:Topological Latti..."
- 15:0315:03, 4 September 2017 diff hist +1,082 If Infimum of Filtered Subset belongs to Element of Sub-Basis then Subset and Element Intersect implies Infimum of Subset belongs to Closure of Subset No edit summary
2 September 2017
- 13:2913:29, 2 September 2017 diff hist 0 m If Infimum of Filtered Subset belongs to Element of Sub-Basis then Subset and Element Intersect implies Infimum of Subset belongs to Closure of Subset No edit summary
- 13:2213:22, 2 September 2017 diff hist +921 If Infimum of Filtered Subset belongs to Element of Sub-Basis then Subset and Element Intersect implies Infimum of Subset belongs to Closure of Subset No edit summary
1 September 2017
- 14:3414:34, 1 September 2017 diff hist +677 N If Infimum of Filtered Subset belongs to Element of Sub-Basis then Subset and Element Intersect implies Infimum of Subset belongs to Closure of Subset Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ be a complete topological lattice with Definition..."
31 August 2017
- 16:2416:24, 31 August 2017 diff hist +963 N Mapping Preserves Infima implies Mapping is Continuous in Lower Topological Lattice Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ and $Q = \left({X, \preceq', \tau'}\right)$ be complete Definition:Topological Latti..."
30 August 2017
- 18:1018:10, 30 August 2017 diff hist +497 Mapping Preserves Non-Empty Infima implies Mapping is Continuous in Lower Topological Lattice No edit summary
- 17:4717:47, 30 August 2017 diff hist +1,532 Mapping Preserves Non-Empty Infima implies Mapping is Continuous in Lower Topological Lattice No edit summary
29 August 2017
- 13:1613:16, 29 August 2017 diff hist +1,621 Mapping Preserves Non-Empty Infima implies Mapping is Continuous in Lower Topological Lattice No edit summary
28 August 2017
- 15:0715:07, 28 August 2017 diff hist +1,599 N Mapping Preserves Non-Empty Infima implies Mapping is Continuous in Lower Topological Lattice Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ and $Q = \left({X, \preceq', \tau'}\right)$ be complete Definition:Topological Latti..."
27 August 2017
- 16:4516:45, 27 August 2017 diff hist +872 N Closed Subset is Upper Section in Lower Topology Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ be a transitive Definition:Relational Structure with Topology|relational structur..."
- 16:0616:06, 27 August 2017 diff hist +1,621 Open Subset is Lower Section in Lower Topology No edit summary
26 August 2017
- 18:0818:08, 26 August 2017 diff hist +202 Open Subset is Lower Section in Lower Topology No edit summary
- 17:2417:24, 26 August 2017 diff hist −94 m Definition:Relational Structure with Topology No edit summary current
- 16:4016:40, 26 August 2017 diff hist −36 m Lower Topology is Unique No edit summary
- 16:3916:39, 26 August 2017 diff hist 0 m Lower Topology is Unique GrzegorzBancerek moved page Two Lower Topologies are Equal to Lower Topology is Unique without leaving a redirect
25 August 2017
- 18:5318:53, 25 August 2017 diff hist +490 N Open Subset is Lower Section in Lower Topology Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ be a transitive Definition:Relational Structure with Topology|relational structur..."
- 18:0818:08, 25 August 2017 diff hist 0 m Complement of Upper Closure of Element is Open in Lower Topology No edit summary
- 18:0618:06, 25 August 2017 diff hist +121 m Complement of Upper Closure of Element is Open in Lower Topology No edit summary
- 17:0417:04, 25 August 2017 diff hist +917 N Complement of Upper Closure of Element is Open in Lower Topology Created page with "== Theorem == Let $T = \left({S, \preceq, \tau}\right)$ be a relational structure with Definition:Lower Topology|lower top..."
23 August 2017
- 14:3714:37, 23 August 2017 diff hist +906 N Lower Topology is Unique Created page with "== Theorem == Let $T_1 = \left({S, \preceq, \tau_1}\right)$ and $T_2 = \left({S, \preceq, \tau_2}\right)$ be Definition:Relational Structure with Topology|relational struct..."
22 August 2017
- 14:4914:49, 22 August 2017 diff hist +1,332 N Relational Structure admits Lower Topology Created page with "== Theorem == Let $R = \left({S, \preceq}\right)$ be a relational structure. Then there exists a Definition:Relational Structure with..."
21 August 2017
- 18:5718:57, 21 August 2017 diff hist +723 N Definition:Lower Topology Created page with "== Definition == Let $T = \left({S, \preceq, \tau}\right)$ be a relational structure with topology. Then $T$ has '''lower..." current
20 August 2017
- 15:0315:03, 20 August 2017 diff hist +549 N Definition:Weak Retract (Topology) Created page with "== Definition == Let $T_1 = \left({S_1, \tau_1}\right)$ and $T_2 = \left({S_2, \tau_2}\right)$ be topological spaces. Then $T_1$ is '''a we..."
- 14:1414:14, 20 August 2017 diff hist +655 N Definition:Image of Topological Space Created page with "== Definition == Let $T = \left({S, \tau}\right)$ and $Q = \left({X, \tau'}\right)$ be topological spaces. Let $f:S \to X$ be a Definition..."
19 August 2017
- 13:2213:22, 19 August 2017 diff hist 0 m Restriction of Composition is Composition of Restriction No edit summary
- 13:1313:13, 19 August 2017 diff hist +1,410 N Restriction of Composition is Composition of Restriction Created page with "== Theorem == Let $X, Y, Z$ be sets. Let $f: X \to Y$ and $g: Y \to Z$ be Definition:Mapping:mappings. Let $S \subseteq X$. Then $\left({g \circ f}..."
18 August 2017
- 15:0115:01, 18 August 2017 diff hist +1,147 Retract of Injective Space is Injective No edit summary
17 August 2017
- 16:1816:18, 17 August 2017 diff hist +1,272 Retract of Injective Space is Injective No edit summary
- 12:5612:56, 17 August 2017 diff hist +48 m Definition:Retract (Topology) No edit summary
- 12:4912:49, 17 August 2017 diff hist +53 m Definition:Retraction (Topology) No edit summary
- 12:4112:41, 17 August 2017 diff hist +36 m Definition:Retraction (Topology) No edit summary
15 August 2017
- 18:3018:30, 15 August 2017 diff hist +377 N Retract of Injective Space is Injective Created page with "== Theorem == Let $T = \left({S, \tau}\right)$ be an injective topological space. Let $R = \left({X, \tau'}\right)$ be a Definition:Retract..."
- 15:2015:20, 15 August 2017 diff hist +488 N Definition:Retract (Topology) Created page with "== Definition == Let $T_1 = \left({S_1, \tau_1}\right)$ be a topological space. Let $T_2 = \left({S_2, \tau_2}\right)$ be a Definition:Top..."
- 15:0515:05, 15 August 2017 diff hist +498 N Definition:Retraction (Topology) Created page with "== Definition == Let $T_1 = \left({S_1, \tau_1}\right)$ be a topological space. Let $T_2 = \left({S_2, \tau_2}\right)$ be a Definition:Top..."
- 13:5713:57, 15 August 2017 diff hist +517 N Product of Injective Spaces is Injective Created page with "== Theorem == Let $I$ be a non-empty set. Let $\left({\left({S_i, \tau_i}\right)}\right)_{i \in I}$ be an Definition:Indexe..."
9 August 2017
- 15:4015:40, 9 August 2017 diff hist +959 N Definition:Injective Space Created page with "== Definition == Let $Z = \left({S, \tau_1}\right)$ be a topological space. Then $Z$ is '''injective (space)''' {{iff}} :for all Definitio..." current
5 August 2017
- 17:1117:11, 5 August 2017 diff hist +3,424 N Continuous iff Mapping at Element is Supremum of Compact Elements Created page with "== Theorem == Let $L = \left({S, \preceq_1, \tau_1}\right)$ and $R = \left({T, \preceq_2, \tau_2}\right)$ be complete Definition:Algebraic O..."
4 August 2017
- 12:5012:50, 4 August 2017 diff hist +1,867 N Continuous iff Mapping at Element is Supremum Created page with "== Theorem == Let $\left({S, \preceq_1, \tau_1}\right)$ and $\left({T, \preceq_2, \tau_2}\right)$ be complete Definition:Continuous Ordered..." current
3 August 2017
- 13:4813:48, 3 August 2017 diff hist +2,535 N Mapping at Element is Supremum of Compact Elements implies Mapping at Element is Supremum that Way Below Created page with "== Theorem == Let $\left({S, \vee_1, \wedge_1, \preceq_1}\right)$ and $\left({T, \vee_2, \wedge_2, \preceq_2}\right)$ be complete lattices. L..."
2 August 2017
- 19:1219:12, 2 August 2017 diff hist +1,917 N Mapping at Element is Supremum of Compact Elements implies Mapping is Increasing Created page with "== Theorem == Let $\left({S, \vee_1, \wedge_1, \preceq_1}\right)$ be a lattice. Let $\left({T, \vee_2, \wedge_2, \preceq_2}\right)$ be a Definition:..."
- 13:5113:51, 2 August 2017 diff hist +9 m Open Set is Union of Elements of Basis No edit summary
- 13:5013:50, 2 August 2017 diff hist +9 m Interior is Union of Elements of Basis No edit summary current
- 13:3313:33, 2 August 2017 diff hist +1,291 N Open Set is Union of Elements of Basis Created page with "== Theorem == Let $T = \left({S, \tau}\right)$ be a topological space. Let $B$ be a basis of $T$. Let $V$ be..."
1 August 2017
- 18:5418:54, 1 August 2017 diff hist +338 Interior is Union of Elements of Basis No edit summary
- 18:3818:38, 1 August 2017 diff hist +483 N Interior is Union of Elements of Basis Created page with "== Theorem == Let $T = \left({S, \tau}\right)$ be a topological space. Let $B$ be a basis of $T$. Let $V$ be..."
- 13:2213:22, 1 August 2017 diff hist +1,223 Characterization of Analytic Basis by Local Bases No edit summary
31 July 2017
- 17:2917:29, 31 July 2017 diff hist +379 N Characterization of Analytic Basis by Local Bases Created page with "== Theorem == Let $T = \left({S, \tau}\right)$ be a topological space. Let $P$ be a set of Definition:Subset|su..."
- 16:4216:42, 31 July 2017 diff hist +1,700 N Way Above Closures that Way Below Form Local Basis Created page with "== Theorem == Let $L = \left({S, \preceq, \tau}\right)$ be a complete continuous Definition:Topologica..."