词条 | Pisier–Ringrose inequality |
释义 |
In mathematics, Pisier–Ringrose inequality is an inequality in the theory of C*-algebras which was proved by Gilles Pisier in 1978 affirming a conjecture of John Ringrose. It is an extension of the Grothendieck inequality. StatementTheorem.[1][2] If is a bounded, linear mapping of one C*-algebra into another C*-algebra , then for each finite set of elements of . See also
Notes1. ^{{harvtxt|Kadison|1993}}, Theorem D, p. 60. 2. ^{{harvtxt|Pisier|1978}}, Corollary 2.3, p. 410. References
| last = Pisier | first = Gilles | authorlink = Gilles Pisier | doi = 10.1016/0022-1236(78)90038-1 | issue = 3 | journal = Journal of Functional Analysis | mr = 512252 | pages = 397–415 | title = Grothendieck's theorem for noncommutative C∗-algebras, with an appendix on Grothendieck's constants | volume = 29 | year = 1978}}.
| last = Kadison | first = Richard V. | authorlink = Richard Kadison | issue = 1 | journal = Journal of Operator Theory | mr = 1277964 | pages = 57–67 | title = On an inequality of Haagerup–Pisier | url = http://www.theta.ro/jot/archive/1993-029-001/1993-029-001-004.html | volume = 29 | year = 1993}}.{{DEFAULTSORT:Pisier-Ringrose inequality}} 2 : Inequalities|Operator algebras |
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