Below you will find example sentences with "central simple". The examples show how this phrase is used in real sentences and which words often surround it.

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Example types with central simple

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In this section, a central simple algebra is assumed to have finite dimension. (13 words)

The Skolem–Noether theorem states any automorphism of a central simple algebra is inner. (14 words)

Since the center of a simple k-algebra is a field, any simple k-algebra is a central simple algebra over its center. (23 words)

A closer non-commutative analog are central simple algebras (CSAs) – ring extensions over a field, which are simple algebra (no non-trivial 2-sided ideals, just as for a field) and where the center of the ring is exactly the field. (41 words)

For example, the only finite field extension of the real numbers is the complex numbers, while the quaternions are a central simple algebra over the reals, and all CSAs over the reals are Brauer equivalent to the reals or the quaternions. (41 words)

A central simple algebra over K is a matrix algebra over a (finite dimensional) division algebra with center K. For example, the central simple algebras over the reals are matrix algebras over either the reals or the quaternions. (38 words)

Example sentences (6)

Since the center of a simple k-algebra is a field, any simple k-algebra is a central simple algebra over its center.

A central simple algebra over K is a matrix algebra over a (finite dimensional) division algebra with center K. For example, the central simple algebras over the reals are matrix algebras over either the reals or the quaternions.

A closer non-commutative analog are central simple algebras (CSAs) – ring extensions over a field, which are simple algebra (no non-trivial 2-sided ideals, just as for a field) and where the center of the ring is exactly the field.

For example, the only finite field extension of the real numbers is the complex numbers, while the quaternions are a central simple algebra over the reals, and all CSAs over the reals are Brauer equivalent to the reals or the quaternions.

In this section, a central simple algebra is assumed to have finite dimension.

The Skolem–Noether theorem states any automorphism of a central simple algebra is inner.