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Volodin, I. (1971), "Algebraic K-theory as extraordinary homology theory on the category of associative rings with unity",
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with 1's on the diagonal (i.e., the unipotent radical of the standard Borel) and
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694:, (Translation: Math. USSR Izvestija Vol. 5 (1971) No. 4, 859–887)
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162:{\displaystyle X=\bigcup _{n,\sigma }B(U_{n}(R)^{\sigma })}
551:). This theorem was a pioneering result in the area of
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and acting (superscript) by conjugation. The space is
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630:"The K-book: an introduction to algebraic K-theory"
588:Goodwillie, Thomas G. (1986), "Relative algebraic
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637:Suslin, A. A. (1981), "On the equivalence of
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453:{\displaystyle BGL(R)/X\simeq BGL^{+}(R)}
226:{\displaystyle U_{n}(R)\subset GL_{n}(R)}
472:An analogue of Volodin's space where GL(
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367:{\displaystyle \operatorname {St} (R)}
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519:to prove that, after tensoring with
508:{\displaystyle {\mathfrak {gl}}(R)}
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592:-theory and cyclic homology",
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261:thought of as an element in
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388:Quillen's plus-construction
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655:10.1080/00927878108822666
535:), for a nilpotent ideal
332:{\displaystyle \pi _{1}X}
294:{\displaystyle GL_{n}(R)}
233:is the subgroup of upper
628:Weibel, Charles (2013).
574:, Ch. IV. Example 1.3.2.
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250:{\displaystyle \sigma }
20:, more specifically in
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594:Annals of Mathematics
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476:) is replaced by the
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768:Algebraic topology
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259:permutation matrix
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40:{\displaystyle X}
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26:Volodin space
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723:expanding it
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572:Weibel 2013
523:, relative
478:Lie algebra
468:Application
378:. In fact,
18:mathematics
762:Categories
582:References
527:-theory K(
423:≃
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318:π
245:σ
199:⊂
152:σ
120:σ
110:⋃
92:given by
306:and the
22:topology
691:0296140
671:Bibcode
622:0855300
614:1971283
339:is the
304:acyclic
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610:JSTOR
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