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The Art of Working with the Mathieu Group M24

The Art of Working with the Mathieu Group M24

The Art of Working with the Mathieu Group M24

Robert T. Curtis, University of Birmingham
November 2024
Available
Hardback
9781009405676
$140.00
USD
Hardback
USD
eBook

    The Leech lattice Λ, the Conway group ∙O, and the Monster group M are immensely famous structures. They each grow out of the Mathieu group M24 and its underlying combinatorial structure, and play an important role in various branches of mathematics and in theoretical physics. Written by an expert in the field, this book provides a new generation of mathematicians with the intimate knowledge of M24 needed to understand these beautiful objects, and many others. It starts by exploring Steiner systems, before introducing the Miracle Octad Generator (MOG) as a device for working with the Steiner system S(5,8,24). Emphasizing how theoretical and computational approaches complement one another, the author describes how familiarity with M24 leads to the concept of 'symmetric generation' of groups. The final chapter brings together the various strands of the book to produce a nested chain of groups culminating in the largest Conway simple group Co1.

    • Assumes little more than undergraduate-level material to remain accessible to a wide mathematical audience
    • Demonstrates the interaction between theoretical and computational approaches, and how the two complement and enhance one another
    • Shows how familiar, well-understood ideas lead inexorably to large and highly complex structures, including demonstrating how looking at the classical unitary group U3(3) in a certain way leads to the largest Conway group

    Product details

    November 2024
    Hardback
    9781009405676
    305 pages
    236 × 161 × 23 mm
    0.58kg
    Available

    Table of Contents

    • 1. Introduction
    • 2. Steiner systems
    • 3. The Miracle Octad Generator
    • 4. The binary Golay code
    • 5. Uniqueness of the Steiner system S(5,8,24) and the group M24
    • 6. The hexacode
    • 7. Elements of the Mathieu group M24
    • 8. The maximal subgroups of M24
    • 9. The Mathieu group M12
    • 10. The Leech lattice Λ
    • 11. The Conway group ·O
    • 12. Permutation actions of M24
    • 13. Natural generators of the Mathieu groups
    • 14. Symmetric Generation using M24
    • 15. The Thompson chain of subgroups of Co1
    • Appendix. Magma code for 7*36 : A9 ↦ Co1
    • References
    • Index.
      Author
    • Robert T. Curtis , University of Birmingham

      Robert T. Curtis is Emeritus Professor of Combinatorial Algebra at the University of Birmingham. He is the author of 'Symmetric Generation of Groups' (2007) and co-author of 'An Atlas of Finite Groups' (1985). He was the London Mathematical Society Librarian from 2003 to 2007 and Treasurer from 2011 to 2020.