Abstract

We investigate the quasi-Hopf twist of the quantum toroidal algebra of gl1\mathfrak{gl}_1 as an elliptic deformation. Under the quasi-Hopf twist the underlying algebra remains the same, but the coproduct is deformed, where the twist parameter pp is identified as the elliptic modulus. Computing the quasi-Hopf twist of the RR matrix, we uncover the relation to the elliptic lift of the Nekrasov factor for instanton counting of the quiver gauge theories on R4×T2\mathbb{R}^4 \times T^2. The same RR matrix also appears in the commutation relation of the intertwiners, which implies an elliptic quantum KZ equation for the trace of intertwiners. We also show that it allows a solution which is factorized into the elliptic Nekrasov factors and the triple elliptic gamma function.

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