https://wiki.lojban.io/index.php?action=history&feed=atom&title=tegei%27aitegei'ai - Revision history2026-04-28T05:47:05ZRevision history for this page on the wikiMediaWiki 1.45.3https://wiki.lojban.io/index.php?title=tegei%27ai&diff=18597&oldid=prevNalvaizmiku: Import words via API2026-01-13T16:50:14Z<p>Import words via API</p>
<p><b>New page</b></p><div>==== valsi ====<br />
tegei'ai<br />
==== type ====<br />
cmavo-compound<br />
==== creator ====<br />
[[personal/krtisfranks|krtisfranks]]<br />
==== time entered ====<br />
Fri Jan 3 10:07:58 2014<br />
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== English ==<br />
=== Definition #44180 ===<br />
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==== selma'o ====<br />
BAI<br />
==== definition ====<br />
aigne modal, 3rd place: with (generalized) eigenspace (eigenvector vectorspace) ...<br />
==== notes ====<br />
Not "in eigenspace ..."; use [[klesi|klesi]], [[le'a|le'a]], or in particular [[cmima|cmima]] for that usage. Since [[ve aigne|ve aigne]] is by default 1 (unless explicitly or contextually implicitly specified otherwise), [[tegei'ai|tegei'ai]] will typically/by default refer to a strict/simple eigenspace (wherein the generalization exponent is 1); in order to override this default and explicitly specify that the 'eigenspace' at hand is generalized, mark it as such (perhaps using [[vegei'ai|vegei'ai]]) parenthetically, by clause, or in subscript. Note that a freestanding [[vegei'ai|vegei'ai]] will not necessarily restrict the referent of [[tegei'ai|tegei'ai]] to some/the specified generalization of eigenspace, since a given linear transformation can have many generalized eigenspaces for the same eigenvalue (simply differing only by generalization exponent). Eigenspaces retain the operations and properties endowing the vectorspaces to which they belong (as subspaces). Thus, an eigenspace is more than a set of objects: it is a set of vectors such that that set is endowed with vectorspace operators and properties. Thus [[klesi|klesi]] alone is insufficient. Eigenspaces are sometimes denoted by "E" with subscript lambda (for the eigenvalue of interest) and superscript "T" or "A" (for the linear transformation or respectively square matrix of interest); these are cultural conventions. Always includes the zero vector. May or may not be degenerate. See also: [[aigne|aigne]], [[gei'ai|gei'ai]], [[segei'ai|segei'ai]], [[klesi|klesi]], [[le'a|le'a]], [[cmima|cmima]]<br />
==== gloss words ====<br />
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<ul><li>[[natlang/en/with eigenspace (generalized)|with eigenspace (generalized) ; mathematical]]</li></ul><br />
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==== created by ====<br />
[[personal/krtisfranks|krtisfranks]]<br />
==== vote information ====<br />
0<br />
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==== time ====<br />
Fri Jan 3 10:39:13 2014<br />
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<br/><font size="+1">Examples</font><br />
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=== Etymology ===</div>Nalvaizmiku