Start with the ring of power series of the form $\sum a_\alpha x^\alpha$ where $a_\alpha\in \mathbb C$ and $\alpha$ ranges over a well-founded set of nonnegative rationals. Within the field of fractions of this ring, it can be shown there are $n$-pairwise independent maximal valuation rings $D_i$. The ring is $R=\cap_{i=1}^n D_i$. For this ring we use $n=2$.
Notes: This construction produces a ring with $n$ maximal ideals
Keywords power series ring valuations
(Nothing was retrieved.)
| Name | Description |
|---|---|
| Idempotents | $\{0,1\}$ |
| Left singular ideal | $\{0\}$ |
| Left socle | $\{0\}$ |
| Nilpotents | $\{0\}$ |
| Right singular ideal | $\{0\}$ |
| Right socle | $\{0\}$ |
| Zero divisors | $\{0\}$ |