1992
DOI: 10.1007/bf00961332
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CertainC*-algebras with real rank zero and their corona and multiplier algebras: II

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Cited by 11 publications
(3 citation statements)
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“…Note that both q i (t i ) and q i+1 (t i ) are nontrivial. Therefore Theorem 1.1 of [Zh2] implies that these two projections are homotopic. Using the previous lemma, we now construct q on [0, t 1 ] so that q(0) = e 0 and q(t 1 ) = q 1 (t 1 ), on [t 1 , t 2 ] so that q(t 1 ) = q 1 (t 1 ) and q(t 2 ) = q 2 (t 2 ), etc., finishing by constructing q on [t n−1 , 1 2 (t n−1 + 1)] so that q(t n−1 ) = q n−1 (t n−1 ) and q( 1 2 (t n−1 + 1)) = q n ( 1 2 (t n−1 + 1)) and on [ 1 2 (t n−1 + 1), 1] so that q( 1 2 (t n−1 + 1)) = q n ( 1 2 (t n−1 + 1)) and q(1) = e 1 .…”
Section: Notationmentioning
confidence: 89%
“…Note that both q i (t i ) and q i+1 (t i ) are nontrivial. Therefore Theorem 1.1 of [Zh2] implies that these two projections are homotopic. Using the previous lemma, we now construct q on [0, t 1 ] so that q(0) = e 0 and q(t 1 ) = q 1 (t 1 ), on [t 1 , t 2 ] so that q(t 1 ) = q 1 (t 1 ) and q(t 2 ) = q 2 (t 2 ), etc., finishing by constructing q on [t n−1 , 1 2 (t n−1 + 1)] so that q(t n−1 ) = q n−1 (t n−1 ) and q( 1 2 (t n−1 + 1)) = q n ( 1 2 (t n−1 + 1)) and on [ 1 2 (t n−1 + 1), 1] so that q( 1 2 (t n−1 + 1)) = q n ( 1 2 (t n−1 + 1)) and q(1) = e 1 .…”
Section: Notationmentioning
confidence: 89%
“…It is well-known that every σ -unital purely infinite simple C * -algebra is either unital or stable [23]. Theorem 2.1.…”
Section: Resultsmentioning
confidence: 96%
“…However, for certain C * -algebras, p ∼ q if and only if p ∼ h q provided that p and q are projections of neither 0 nor 1. AF algebras and purely infinite simple C * -algebras are examples of such C * -algebras [20]. For the case of extension algebras, we have the following results.…”
Section: Proofmentioning
confidence: 97%