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Second Quantized Mathieu Moonshine

Daniel Persson (Institutionen för fundamental fysik) ; Roberto Volpato

We study the second quantized version of the twisted twining genera of generalized Mathieu moonshine, and verify that they give rise to Siegel modular forms with infinite product representations. Most of these forms are expected to have an interpretation as twisted partition functions counting 1/4 BPS dyons in type II superstring theory on K3\times T^2 or in heterotic CHL-models. We show that all these Siegel modular forms, independently of their possible physical interpretation, satisfy an "S-duality" transformation and a "wall-crossing formula". The latter reproduces all the eta-products of an older version of generalized Mathieu moonshine proposed by Mason in the '90s. Surprisingly, some of the Siegel modular forms we find coincide with the multiplicative (Borcherds) lifts of Jacobi forms in umbral moonshine.

Submitted for publication in CNTP

Denna post skapades 2014-01-15.
CPL Pubid: 192463


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Institutioner (Chalmers)

Institutionen för fundamental fysik (2005-2015)


Algebra och geometri
Diskret matematik
Matematisk fysik

Chalmers infrastruktur