| Mathbox for Norm Megill |
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| Description: A Hilbert lattice is an orthoposet. |
| Ref | Expression |
|---|---|
| hlop |
|
| Step | Hyp | Ref | Expression |
|---|---|---|---|
| 1 | hlol 17024 |
. 2
| |
| 2 | olop 16941 |
. 2
| |
| 3 | 1, 2 | syl 12 |
1
|
| Colors of variables: wff set class |
| Syntax hints: |
| This theorem is referenced by: glbcon 17028 glbconx 17029 atmnem0 17032 hlhght2 17038 hl0lt1 17039 hl1atom 17040 hlatexchb1 17043 hlatmstc 17047 hl2atom 17053 cvrexch 17060 cvratlem 17061 atcvr0eq 17064 atcvrj0 17065 atcvrne 17067 atcvrj2b 17069 atltcvr 17072 cvrat4 17076 ps2 17079 pmapat 17243 pmapeq0 17246 pmapglb2 17253 pmapglb2x 17254 pmapjat 17314 polval2 17319 polsub 17320 pol1 17323 2polpmap 17325 2polval 17326 poldmj1 17338 pmapj2 17339 2polat 17342 pnonsing 17343 ispsubcl2 17356 polsubcl 17360 poml4 17361 pmapojoin 17376 pl42lem1 17407 |
| This theorem was proved from axioms: ax-1 4 ax-2 5 ax-3 6 ax-mp 7 ax-7 1304 ax-gen 1305 ax-8 1306 ax-9 1307 ax-10 1308 ax-11 1309 ax-12 1310 ax-14 1312 ax-17 1317 ax-4 1319 ax-5o 1321 ax-6o 1324 ax-9o 1481 ax-10o 1500 ax-16 1580 ax-11o 1588 ax-ext 1865 ax-sep 3438 ax-nul 3445 ax-pow 3481 ax-pr 3524 |
| This theorem depends on definitions: df-bi 164 df-or 241 df-an 242 df-3an 860 df-ex 1327 df-sb 1536 df-eu 1775 df-mo 1776 df-clab 1872 df-cleq 1877 df-clel 1880 df-ne 2019 df-ral 2109 df-rex 2110 df-rab 2112 df-v 2294 df-dif 2597 df-un 2600 df-in 2603 df-ss 2605 df-nul 2876 df-pw 3035 df-sn 3049 df-pr 3050 df-op 3053 df-uni 3178 df-br 3339 df-opab 3396 df-xp 4000 df-cnv 4002 df-dm 4004 df-rn 4005 df-res 4006 df-ima 4007 df-fv 4014 df-opr 4886 df-ol 16907 df-oml 16908 df-hlat 17017 |