“…Here we compute the conjugacy classes of G using the coset analysis technique (see Basheer [2], Basheer and Moori [3,4,6] or Moori [19] and [20] for more details) since we are interested to organize the classes of G corresponding to the classes of J 2 :2. Note that J 2 :2 has 27 conjugacy classes (see the Atlas [22] or Table of this paper).…”
Section: Conjugacy Classes Ofmentioning
confidence: 99%
“…For the notation used in this article and how the Clifford-Fischer theory and the coset analysis techniques are used, we follow [1,2,3,4,5,6,7,8,9,10,11,12,14,16].…”
The Janko sporadic simple group J2 has an automorphism group 2. Using the electronic Atlas of Wilson [22], the group J2:2 has an absolutely irreducible module of dimension 12 over F2. It follows that a split extension group of the form 2^12:(J2:2) := G exists. In this article we study this group, where we compute its conjugacy classes and character table using the coset analysis technique together with Clifford-Fischer Theory. The inertia factor groups of G will be determined by analysing the maximal subgroups of J2:2 and maximal of the maximal subgroups of J2:2 together with various other information. It turns out that the character table of G is a 64×64 real valued matrix, while the Fischer matrices are all integer valued matrices with sizes ranging from 1 to 6.
“…Here we compute the conjugacy classes of G using the coset analysis technique (see Basheer [2], Basheer and Moori [3,4,6] or Moori [19] and [20] for more details) since we are interested to organize the classes of G corresponding to the classes of J 2 :2. Note that J 2 :2 has 27 conjugacy classes (see the Atlas [22] or Table of this paper).…”
Section: Conjugacy Classes Ofmentioning
confidence: 99%
“…For the notation used in this article and how the Clifford-Fischer theory and the coset analysis techniques are used, we follow [1,2,3,4,5,6,7,8,9,10,11,12,14,16].…”
The Janko sporadic simple group J2 has an automorphism group 2. Using the electronic Atlas of Wilson [22], the group J2:2 has an absolutely irreducible module of dimension 12 over F2. It follows that a split extension group of the form 2^12:(J2:2) := G exists. In this article we study this group, where we compute its conjugacy classes and character table using the coset analysis technique together with Clifford-Fischer Theory. The inertia factor groups of G will be determined by analysing the maximal subgroups of J2:2 and maximal of the maximal subgroups of J2:2 together with various other information. It turns out that the character table of G is a 64×64 real valued matrix, while the Fischer matrices are all integer valued matrices with sizes ranging from 1 to 6.
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