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Display information for equation id:math.242065.14 on revision:242065

* Page found: Hilbert modular form (eq math.242065.14)

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Hash: 8bb812b0dcbb64a760a07746fa026a0d

TeX (original user input):

f(\gamma z) = \prod_{i=1}^m j(\sigma_i(\gamma), z_i)^{k_i} f(z).

TeX (checked):

f(\gamma z)=\prod _{i=1}^{m}j(\sigma _{i}(\gamma ),z_{i})^{k_{i}}f(z).

LaTeXML (experimental; uses MathML) rendering

MathML (8.009 KB / 1.33 KB) :

f ( γ z ) = i = 1 m j ( σ i ( γ ) , z i ) k i f ( z ) . f γ z superscript subscript product i 1 m j superscript subscript σ i γ subscript z i subscript k i f z {\displaystyle f(\gamma z)=\prod_{{i=1}}^{m}j(\sigma_{i}(\gamma),z_{i})^{{k_{i% }}}f(z).}
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f times left-parenthesis gamma times z right-parenthesis equals product Underscript i equals 1 Overscript m Endscripts j times left-parenthesis sigma Subscript i Baseline times left-parenthesis gamma right-parenthesis comma z Subscript i Baseline right-parenthesis Superscript k Super Subscript i Superscript Baseline times f times left-parenthesis z right-parenthesis period

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