classification of finite simple groups

They have had a deep impact on the classification of finite simple groups.

This result is based on classification of finite simple groups.

He was a major influence on the classification of finite simple groups.

It thus plays a major role in the classification of finite simple groups.

Thompson became a key figure in the progress toward the classification of finite simple groups.

The proof relies on the classification of finite simple groups.

This should be compared to the classification of finite simple groups, which is significantly more complicated.

This was an essential stage in the evolving classification of finite simple groups.

These groups play an important role in the classification of finite simple groups.

It is part of the classification of finite simple groups.

The belief has now become a theorem - the classification of finite simple groups.

This fact is a consequence of the Classification of finite simple groups.

Only in 1991, after the classification of finite simple groups, was this problem solved in general.

For example, the minimal counterexample method has been much used in the classification of finite simple groups.

In the classification of finite simple groups, this allows one to guess over which field a simple group should be defined.

In a huge collaborative effort, the classification of finite simple groups was accomplished in 1982.

These methods were particularly useful in the classification of finite simple groups with low rank Sylow 2-subgroups.

The study of involutions was instrumental in the classification of finite simple groups.

Daniel Gorenstein announces a 16-step program for completing the classification of finite simple groups.

Global and local properties formed a significant portion of the early work on the classification of finite simple groups done during the 1960s.

Solomon "A brief history of the classification of finite simple groups", Bull.

The complete classification of finite simple groups, completed in 2008, is a major milestone in the history of mathematics.

In 1972 announced a program for completing the classification of finite simple groups, consisting of the following 16 steps:

Seitz made contributions to the classification of finite simple groups, such as those containing standard subgroups of Lie type.

The significance of this theorem is that it splits the classification of finite simple groups into three major subcases.