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Create the page "M(9,2,7)" on this wiki! See also the search results found.

• References
  ...[[#F|F,]] [[#G|G,]] [[#H|H,]] [[#I|I,]] [[#J|J,]] [[#K|K,]] [[#L|L,]] [[#M|M,]] [[#N|N,]] [[#O|O,]] [[#P|P,]] [[#Q|Q,]] [[#R|R,]] [[#S|S,]] [[#T|T]] [[# |[Al79] || '''J. L. Alperin''', ''Projective modules for <math>SL(2,2^n)</math>'', J. Pure and Applied Algebra '''15''' (1979), 219-234.
  21 KB (2,953 words) - 12:20, 9 January 2024
• D8
  |[[M(8,3,1)]] || <math>kD_8</math> || 1 ||5 ||1 ||<math>1</math> || || || ||1 || ..._0(kPGL_2(5))</math> || ? ||5 ||2 ||<math>1</math> || || || ||1 || <math>D(2 {\cal A})</math>
  2 KB (212 words) - 17:54, 18 December 2018
• C7
  ...1 ||7 ||1 ||<math>1</math> || <math>C_7:C_6</math> || ||1 ||1 || [[Image:M(7,1,1)tree.png|45px]] ...math>C_2</math> || <math>C_2 \times C_3</math> || ||1 ||1 || [[Image:M(7,1,2)tree.png|45px]]
  4 KB (465 words) - 12:58, 22 November 2018
• Blocks with basic algebras of low dimension
  ...as of blocks of finite groups, with the exception of one case of dimension 9 where no block with that basic algebra was identified. This final case was | 1 || [[M(1,1,1)]] || <math>1</math> || <math>k1</math> || 1 || 1 || Blocks of defect
  4 KB (528 words) - 14:33, 13 December 2023
• (C2)^4
  ...ath>k((C_2)^4)</math> || 1 ||16 ||1 ||<math>1</math> || <math>(C_2)^4:GL_4(2)</math> || ||1 ||1 || |[[M(16,14,2)]] || <math>B_0(k(C_2 \times C_2 \times A_5))</math> || 1 ||16 ||3 ||<math>
  4 KB (524 words) - 18:39, 9 December 2019
• D16
  ...ed for defect groups <math>D_8</math> (see [[References|[Er87, Proposition 7.5.1]]]). |[[M(16,7,1)]] || <math>k(D_{16})</math> || 1 ||7 ||1 ||<math>1</math> || || || ||1 ||
  2 KB (219 words) - 10:07, 5 October 2018
• C3xC3
  ...ontain non-principal blocks. Some Picard groups calculated in [[References#M|[Mar]]]. |[[M(9,2,1)]] || <math>k(C_3 \times C_3)</math> || 1 ||9 ||1 ||<math>1</math> || <math>(C_3 \times C_3):GL_2(3)</math> || ||1 ||1 ||
  6 KB (781 words) - 10:45, 24 May 2022
• Q16
  ...algebras in the infinite families <math>Q(2 {\cal A})</math> and <math>Q(2 {\cal B})_1</math> are realised by blocks, and as such Donovan's conjecture |[[M(16,9,1)]] || <math>kSD_{16}</math> || 1 ||7 ||1 ||<math>1</math> || || || ||1 ||
  3 KB (368 words) - 12:43, 26 November 2018
• D8xC2
  |[[M(16,11,1)]] || <math>k(D_8 \times C_2)</math> || ? ||10 ||1 ||<math>1</math> |[[M(16,11,2)]] || <math>B_0(k(PGL_2(5) \times C_2))</math> || ? ||10 ||2 ||<math>1</math> || || || ||1 ||
  1 KB (196 words) - 12:21, 4 January 2019
• Q8xC2
  |[[M(16,9,1)]] || <math>kSD_{16}</math> || 1 ||7 ||1 ||<math>1</math> || || || ||1 || ...lGroup(240,89)</ref> || ? ||8 ||2 ||<math>1</math> || || || ||1 || <math>Q(2 {\cal A})</math>
  2 KB (303 words) - 23:31, 15 August 2020
• M(9,2,16)
  |title = M(9,2,16) - <math>B_0(kPSL_3(4))</math> 2 & 1 & 1 & 1 & 2 \\
  2 KB (197 words) - 18:01, 18 December 2018
• (C2)^5
  ...ath>k((C_2)^5)</math> || 1 ||32 ||1 ||<math>1</math> || <math>(C_2)^5:GL_5(2)</math> || ||1 ||1 || ...(C_2)^3)</math> || 1 ||32 ||3 ||<math>C_3</math> || <math>((C_2)^3 : GL_3(2)) \times S_3</math> || ||1 ||1 ||
  6 KB (825 words) - 10:18, 17 May 2022
• M(32,51,13)
  |title = M(32,51,13) - <math>k(((C_2)^3 : C_7) \times A_4)</math> |k-derived = [[M(32,51,14)]], [[M(32,51,15)]], [[M(32,51,16)]]
  12 KB (1,029 words) - 16:04, 8 December 2019
• M(32,51,14)
  |title = M(32,51,14) - <math>B_0(k(((C_2)^3 : C_7) \times A_5))</math> |k-derived = [[M(32,51,13)]], [[M(32,51,15)]], [[M(32,51,16)]]
  14 KB (1,366 words) - 16:01, 8 December 2019
• M(32,51,15)
  |title = M(32,51,15) - <math>B_0(k(SL_2(8) \times A_4))</math> |k-derived = [[M(32,51,13)]], [[M(32,51,14)]], [[M(32,51,16)]]
  15 KB (1,470 words) - 16:13, 8 December 2019
• M(32,51,16)
  |title = M(32,51,16) - <math>B_0(k(SL_2(8) \times A_5))</math> |k-derived = [[M(32,51,13)]], [[M(32,51,14)]], [[M(32,51,15)]]
  18 KB (2,005 words) - 17:16, 8 December 2019
• M(32,51,22)
  |title = M(32,51,22) - <math>k((C_2)^4 : C_{31})</math> |k-derived = [[M(32,51,23)]]
  18 KB (1,401 words) - 12:59, 9 December 2019
• M(32,51,24)
  |title = M(32,51,24) - <math>k(((C_2)^3 : (C_7:C_3)) \times A_4)</math> |inertialquotients = <math>(C_{7}:C_3) \times C_3</math>
  8 KB (718 words) - 14:03, 9 December 2019
• M(32,51,25)
  |title = M(32,51,25) - <math>B_0(k(((C_2)^3 : (C_7:C_3)) \times A_5))</math> |inertialquotients = <math>(C_{7}:C_3) \times C_3</math>
  9 KB (911 words) - 14:08, 9 December 2019
• M(32,51,30)
  |title = M(32,51,30) - <math>k(((C_2)^5 : (C_{31}:C_5))</math> |k-derived = [[M(32,51,31)]]
  5 KB (536 words) - 14:48, 9 December 2019

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