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Galois conjugate representations are grouped into single lines.
Label
Dimension
Conductor
Defining polynomial of
Artin field
$G$
Ind
$\chi(c)$
3.229.4t5.1c1
$3$
$ 229 $
x
4
-
x
+ 1
$S_4$
$1$
$-1$
3.257.4t5.1c1
$3$
$ 257 $
x
4
+
x
2
-
x
+ 1
$S_4$
$1$
$-1$
3.283.4t5.1c1
$3$
$ 283 $
x
4
-
x
- 1
$S_4$
$1$
$1$
3.331.4t5.1c1
$3$
$ 331 $
x
4
-
x
3
+
x
2
+
x
- 1
$S_4$
$1$
$1$
3.2e2_83.6t11.2c1
$3$
$ 2^{2} \cdot 83 $
x
6
-
x
5
+ 2
x
3
-
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.11_31.6t11.2c1
$3$
$ 11 \cdot 31 $
x
6
-
x
5
-
x
4
+ 2
x
3
-
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.19_23.6t11.2c1
$3$
$ 19 \cdot 23 $
x
6
-
x
5
+ 2
x
4
- 2
x
3
+ 2
x
2
- 2
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.2e3_59.6t11.2c1
$3$
$ 2^{3} \cdot 59 $
x
6
-
x
5
+ 2
x
4
+ 2
x
2
-
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.491.4t5.1c1
$3$
$ 491 $
x
4
-
x
3
-
x
2
+ 3
x
- 1
$S_4$
$1$
$1$
3.563.4t5.1c1
$3$
$ 563 $
x
4
-
x
3
+
x
2
-
x
- 1
$S_4$
$1$
$1$
3.2e4_37.4t5.1c1
$3$
$ 2^{4} \cdot 37 $
x
4
+ 2
x
2
- 2
x
+ 1
$S_4$
$1$
$-1$
3.3_199.6t11.2c1
$3$
$ 3 \cdot 199 $
x
6
- 2
x
5
+ 3
x
3
- 2
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.7e2_13.6t6.1c1
$3$
$ 7^{2} \cdot 13 $
x
6
- 2
x
5
+ 2
x
4
- 3
x
3
+ 2
x
2
- 2
x
+ 1
$A_4\times C_2$
$1$
$-1$
3.643.4t5.1c1
$3$
$ 643 $
x
4
-
x
3
- 2
x
+ 1
$S_4$
$1$
$1$
3.2e4_43.4t5.1c1
$3$
$ 2^{4} \cdot 43 $
x
4
- 2
x
- 1
$S_4$
$1$
$1$
3.17_41.4t5.1c1
$3$
$ 17 \cdot 41 $
x
4
-
x
3
+ 2
x
2
-
x
+ 2
$S_4$
$1$
$-1$
3.3_239.6t11.2c1
$3$
$ 3 \cdot 239 $
x
6
+ 2
x
4
- 3
x
3
+ 2
x
2
+ 1
$S_4\times C_2$
$1$
$-1$
3.17_43.4t5.1c1
$3$
$ 17 \cdot 43 $
x
4
-
x
3
+ 2
x
2
- 1
$S_4$
$1$
$1$
3.2e2_5_37.6t11.2c1
$3$
$ 2^{2} \cdot 5 \cdot 37 $
x
6
-
x
5
-
x
3
-
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.7_107.6t11.2c1
$3$
$ 7 \cdot 107 $
x
6
- 2
x
5
+
x
4
+
x
3
+
x
2
- 2
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.751.4t5.1c1
$3$
$ 751 $
x
4
- 2
x
3
+
x
2
-
x
- 1
$S_4$
$1$
$1$
3.761.4t5.1c1
$3$
$ 761 $
x
4
-
x
3
+
x
2
+ 2
x
+ 1
$S_4$
$1$
$-1$
3.2e2_197.4t5.1c1
$3$
$ 2^{2} \cdot 197 $
x
4
-
x
3
+ 2
x
2
- 2
x
+ 2
$S_4$
$1$
$-1$
3.2e2_3_67.6t11.2c1
$3$
$ 2^{2} \cdot 3 \cdot 67 $
x
6
-
x
5
+ 3
x
3
-
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.5_7_23.6t11.2c1
$3$
$ 5 \cdot 7 \cdot 23 $
x
6
+ 2
x
4
-
x
3
+ 2
x
2
+ 1
$S_4\times C_2$
$1$
$-1$
3.2e2_211.6t11.2c1
$3$
$ 2^{2} \cdot 211 $
x
6
-
x
5
-
x
4
+
x
3
+
x
2
- 2
x
+ 3
$S_4\times C_2$
$1$
$-1$
3.5_13e2.6t6.1c1
$3$
$ 5 \cdot 13^{2}$
x
6
- 2
x
5
+
x
3
- 2
x
+ 1
$A_4\times C_2$
$1$
$-1$
3.2e4_53.4t5.1c1
$3$
$ 2^{4} \cdot 53 $
x
4
-
x
2
- 2
x
+ 1
$S_4$
$1$
$1$
3.2e3_107.6t11.1c1
$3$
$ 2^{3} \cdot 107 $
x
6
-
x
5
-
x
- 1
$S_4\times C_2$
$1$
$1$
3.2e2_223.4t5.1c1
$3$
$ 2^{2} \cdot 223 $
x
4
-
x
3
-
x
2
+ 2
$S_4$
$1$
$-1$
3.2e4_3_19.6t11.2c1
$3$
$ 2^{4} \cdot 3 \cdot 19 $
x
6
+
x
4
- 2
x
3
+
x
2
+ 1
$S_4\times C_2$
$1$
$-1$
3.3_307.6t11.2c1
$3$
$ 3 \cdot 307 $
x
6
- 3
x
5
+ 2
x
4
+
x
3
+ 2
x
2
- 3
x
+ 2
$S_4\times C_2$
$1$
$-1$
3.2e4_59.6t11.2c1
$3$
$ 2^{4} \cdot 59 $
x
6
+ 2
x
2
+ 1
$S_4\times C_2$
$1$
$-1$
3.3e2_107.6t11.1c1
$3$
$ 3^{2} \cdot 107 $
x
6
- 2
x
5
- 2
x
4
+ 5
x
3
- 2
x
2
- 2
x
+ 1
$S_4\times C_2$
$1$
$1$
3.2e4_61.4t5.1c1
$3$
$ 2^{4} \cdot 61 $
x
4
- 2
x
3
+ 3
x
2
- 1
$S_4$
$1$
$1$
3.3e2_109.6t11.2c1
$3$
$ 3^{2} \cdot 109 $
x
6
- 2
x
5
+ 2
x
4
+
x
3
+ 2
x
2
- 2
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.5_197.4t5.1c1
$3$
$ 5 \cdot 197 $
x
4
-
x
3
+ 2
x
2
- 3
x
+ 2
$S_4$
$1$
$-1$
3.2e2_13_19.6t11.1c1
$3$
$ 2^{2} \cdot 13 \cdot 19 $
x
6
-
x
5
+
x
3
-
x
- 1
$S_4\times C_2$
$1$
$1$
3.23_43.6t11.2c1
$3$
$ 23 \cdot 43 $
x
6
-
x
5
- 2
x
3
+
x
2
+
x
+ 1
$S_4\times C_2$
$1$
$-1$
3.17_59.6t11.1c1
$3$
$ 17 \cdot 59 $
x
6
-
x
4
-
x
3
+
x
2
- 1
$S_4\times C_2$
$1$
$1$
3.2e3_127.4t5.1c1
$3$
$ 2^{3} \cdot 127 $
x
4
-
x
3
+
x
2
- 2
x
+ 2
$S_4$
$1$
$-1$
3.2e2_269.4t5.1c1
$3$
$ 2^{2} \cdot 269 $
x
4
-
x
3
+ 3
x
2
- 3
x
+ 2
$S_4$
$1$
$-1$
3.7_157.4t5.1c1
$3$
$ 7 \cdot 157 $
x
4
-
x
3
+
x
2
- 3
x
+ 1
$S_4$
$1$
$1$
3.3_367.6t11.1c1
$3$
$ 3 \cdot 367 $
x
6
-
x
4
+ 2
x
2
+ 3
$S_4\times C_2$
$1$
$-1$
3.3e3_41.4t5.1c1
$3$
$ 3^{3} \cdot 41 $
x
4
-
x
3
- 2
x
- 1
$S_4$
$1$
$1$
3.2e3_139.6t11.2c1
$3$
$ 2^{3} \cdot 139 $
x
6
-
x
5
+ 4
x
4
- 3
x
3
+ 3
x
2
- 2
x
+ 2
$S_4\times C_2$
$1$
$-1$
3.1129.4t5.1c1
$3$
$ 1129 $
x
4
-
x
3
-
x
+ 2
$S_4$
$1$
$-1$
3.3_379.6t11.2c1
$3$
$ 3 \cdot 379 $
x
6
- 3
x
5
+ 4
x
4
- 3
x
3
+ 2
x
2
-
x
+ 4
$S_4\times C_2$
$1$
$-1$
3.31_37.6t11.1c1
$3$
$ 31 \cdot 37 $
x
6
- 2
x
4
-
x
3
+ 2
x
2
- 1
$S_4\times C_2$
$1$
$1$
3.2e3_149.4t5.1c1
$3$
$ 2^{3} \cdot 149 $
x
4
-
x
3
+ 2
x
2
+
x
- 1
$S_4$
$1$
$1$
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