Revision as of 21:38, 22 April 2025 by Bot (Created page with "<div class="d-none"><math> \newcommand{\mathds}{\mathbb}</math></div> {{Alert-warning|This article was automatically generated from a tex file and may contain conversion errors. If permitted, you may login and edit this article to improve the conversion. }}Given a commutative von Neumann algebra, written as <math display="block"> A=L^\infty(X) </math> with <math>X</math> being a measured space, write, by using the Gelfand theorem, <math display="block"> A=C(\wideh...")
BBot
Apr 22'25
Exercise
[math]
\newcommand{\mathds}{\mathbb}[/math]
This article was automatically generated from a tex file and may contain conversion errors. If permitted, you may login and edit this article to improve the conversion.
Given a commutative von Neumann algebra, written as
[[math]]
A=L^\infty(X)
[[/math]]
with [math]X[/math] being a measured space, write, by using the Gelfand theorem,
[[math]]
A=C(\widehat{X})
[[/math]]
with [math]\widehat{X}[/math] being a compact space, and understand the correspondence [math]X\to\widehat{X}[/math].