hyperelliptic(.ncag).info

the classification of hyperelliptic varieties in dimensions 2, 3 and 4

the group $\mathrm{G}(3,8,2)$

GAP SmallGroup id
$[24, 1]$
order
$24$
structure
$\mathrm{C}_{3} \rtimes \mathrm{C}_{8}$
presentation
$\langle g_{1}, g_{2}, g_{3}, g_{4} \mid g_{1}^{2}g_{2}^{-1},\; g_{2}^{-1}g_{1}^{-1}g_{2}g_{1},\; g_{3}^{-1}g_{1}^{-1}g_{3}g_{1},\; g_{4}^{-1}g_{1}^{-1}g_{4}g_{1}g_{4}^{-1},\; g_{2}^{2}g_{3}^{-1},\; g_{3}^{-1}g_{2}^{-1}g_{3}g_{2},\; g_{4}^{-1}g_{2}^{-1}g_{4}g_{2},\; g_{3}^{2},\; g_{4}^{-1}g_{3}^{-1}g_{4}g_{3},\; g_{4}^{3} \rangle$

character table

Columns are the conjugacy classes: order is the order of a class representative, size the number of elements in the class. Rows $\chi_i$ are the irreducible characters.

order18423884126812
size131123312232
$\chi_{ 1 }$$1$$1$$1$$1$$1$$1$$1$$1$$1$$1$$1$$1$
$\chi_{ 2 }$$1$$\zeta_{8}^{3}$$-\zeta_{4}$$-1$$1$$\zeta_{8}$$-\zeta_{8}^{3}$$\zeta_{4}$$-\zeta_{4}$$-1$$-\zeta_{8}$$\zeta_{4}$
$\chi_{ 3 }$$1$$-\zeta_{4}$$-1$$1$$1$$\zeta_{4}$$-\zeta_{4}$$-1$$-1$$1$$\zeta_{4}$$-1$
$\chi_{ 4 }$$1$$\zeta_{8}$$\zeta_{4}$$-1$$1$$\zeta_{8}^{3}$$-\zeta_{8}$$-\zeta_{4}$$\zeta_{4}$$-1$$-\zeta_{8}^{3}$$-\zeta_{4}$
$\chi_{ 5 }$$1$$-1$$1$$1$$1$$-1$$-1$$1$$1$$1$$-1$$1$
$\chi_{ 6 }$$1$$-\zeta_{8}^{3}$$-\zeta_{4}$$-1$$1$$-\zeta_{8}$$\zeta_{8}^{3}$$\zeta_{4}$$-\zeta_{4}$$-1$$\zeta_{8}$$\zeta_{4}$
$\chi_{ 7 }$$1$$\zeta_{4}$$-1$$1$$1$$-\zeta_{4}$$\zeta_{4}$$-1$$-1$$1$$-\zeta_{4}$$-1$
$\chi_{ 8 }$$1$$-\zeta_{8}$$\zeta_{4}$$-1$$1$$-\zeta_{8}^{3}$$\zeta_{8}$$-\zeta_{4}$$\zeta_{4}$$-1$$\zeta_{8}^{3}$$-\zeta_{4}$
$\chi_{ 9 }$$2$$0$$2$$2$$-1$$0$$0$$2$$-1$$-1$$0$$-1$
$\chi_{ 10 }$$2$$0$$-2$$2$$-1$$0$$0$$-2$$1$$-1$$0$$1$
$\chi_{ 11 }$$2$$0$$2\zeta_{4}$$-2$$-1$$0$$0$$-2\zeta_{4}$$-\zeta_{4}$$1$$0$$\zeta_{4}$
$\chi_{ 12 }$$2$$0$$-2\zeta_{4}$$-2$$-1$$0$$0$$2\zeta_{4}$$\zeta_{4}$$1$$0$$-\zeta_{4}$

hyperelliptic quotients