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Ali Taghavi
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I think that there is a metric on the huge space of all $C^{*}$ algebras. What is the explicit

definition of this metric?may you introduce me a reference?

Moreover is the restriction of this metric to commutative $C^{*}$ algebras gives us a discrete metric? by discrete I mean "every commutative $C^{*}$ algebra has a neighborhood, with respect to this metric, which contains no other commutative $C^{*}$ algebra"

I think that there is a metric on the huge space of all $C^{*}$ algebras. What is the explicit

definition of this metric?may you introduce me a reference?

Moreover is the restriction of this metric to commutative $C^{*}$ algebras gives us a discrete metric?

I think that there is a metric on the huge space of all $C^{*}$ algebras. What is the explicit

definition of this metric?may you introduce me a reference?

Moreover is the restriction of this metric to commutative $C^{*}$ algebras gives us a discrete metric? by discrete I mean "every commutative $C^{*}$ algebra has a neighborhood, with respect to this metric, which contains no other commutative $C^{*}$ algebra"

Source Link
Ali Taghavi
  • 356
  • 8
  • 31
  • 123

Metrics on the space of $C^{*}$ algebras

I think that there is a metric on the huge space of all $C^{*}$ algebras. What is the explicit

definition of this metric?may you introduce me a reference?

Moreover is the restriction of this metric to commutative $C^{*}$ algebras gives us a discrete metric?