Abstract Algebra: Theory and Applications · Problem 18.4.19

Lattices and Boolean Algebras — Thomas Judson

Mathematics — Abstract Algebra · descending-chain-condition

Problem

Let DD be an integral domain with a descending chain of ideals I1⊃I2⊃I3⊃⋯I_1 \supset I_2 \supset I_3 \supset \cdots. Suppose that there exists an NN such that Ik=INI_k = I_N for all k≥Nk \geq N. A ring satisfying this condition is said to satisfy the descending chain condition, or DCC. Rings satisfying the DCC are called Artinian rings, after Emil Artin. Show that if DD satisfies the descending chain condition, it must satisfy the ascending chain condition.

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