The local-global multiplicity conjecture for traces in Γ(2)′\Gamma(2)'

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Let Γ(2)′\Gamma(2)' be the commutator subgroup of Γ(2)\Gamma(2), let tt be an admissible trace, and define

mult⁡X(t)=#{γ∈Γ(2)′∣∥γ∥<X and Tr⁡(γ)=t}.\operatorname{mult}_X(t)=\#\{\gamma\in\Gamma(2)' \mid \lVert\gamma\rVert<X\text{ and }\operatorname{Tr}(\gamma)=t\}.

The local-global multiplicity conjecture. If t≍Xt\asymp X is admissible, then

mult⁡X(t)>X1−o(1).\operatorname{mult}_X(t)>X^{1-o(1)}.

This is the multiplicity analogue of the existence conjecture for admissible traces; the source presents it as another version of the local-global conjecture and does not establish it.

References

Primary source

Brooke Logan Ogrodnik, “On the Local-Global Conjecture for Commutator Traces”, arXiv:2103.14594 (2021).

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