Map of lattices
The factual accuracy of part of this article is disputed. The dispute is about "26. A semi-modular lattice is atomic.". (May 2017) |
The concept of a lattice arises in order theory, a branch of mathematics. The Hasse diagram below depicts the inclusion relationships among some important subclasses of lattices.
Proofs of the relationships in the map
Algebraic structures |
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1. A boolean algebra is a complemented distributive lattice. (def)
2. A boolean algebra is a heyting algebra.[1]
3. A boolean algebra is
4. A distributive orthocomplemented lattice is
5. A boolean algebra is orthomodular. (1,3,4)
6. An orthomodular lattice is orthocomplemented. (def)
7. An orthocomplemented lattice is complemented. (def)
8. A complemented lattice is bounded. (def)
9. An
10. A complete lattice is bounded.
11. A heyting algebra is bounded. (def)
12. A bounded lattice is a lattice. (def)
13. A heyting algebra is residuated.
14. A residuated lattice is a lattice. (def)
15. A distributive lattice is modular.[3]
16. A modular complemented lattice is relatively complemented.[4]
17. A boolean algebra is
18. A relatively complemented lattice is a lattice. (def)
19. A heyting algebra is distributive.[5]
20. A
21. A metric lattice is modular.[6]
22. A modular lattice is semi-modular.[7]
23. A projective lattice is modular.[8]
24. A projective lattice is geometric. (def)
25. A geometric lattice is semi-modular.[9]
26. A semi-modular lattice is atomic.
27. An
28. A lattice is a semi-lattice. (def)
29. A
Notes
References
- Rutherford, Daniel Edwin (1965). Introduction to Lattice Theory. Oliver and Boyd.