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Elliptic formal group laws, integral Hirzebruch genera and Krichever genera

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arxiv 1010.0944 v1 pith:BSC37QEJ submitted 2010-10-05 math-ph math.AGmath.ATmath.DSmath.MP

Elliptic formal group laws, integral Hirzebruch genera and Krichever genera

classification math-ph math.AGmath.ATmath.DSmath.MP
keywords functiongenerabaker-akhiezercurveellipticformalgeneralgroup
verification ladder T0 review T1 audit T2 compute T3 formal T4 reserved
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We consider the geometrical addition law on the elliptic curve in Tate coordinates. It corresponds to the general formal group law over the ring of polynomials with integer coefficients of the parametra of the curve. We study the structure of this law and the differential equation that determines its exponent. We describe a 5-parametric family of Hirzebruch genera with integer values on stably complex manifolds. We introduce the general Krichever genus, which is given by a generalized Baker-Akhiezer function. This function has many of the fundamental properties of the Baker-Akhiezer function, but unlike it, it is not meromorphic, because it can have two branch points in the parallelogram of periods.

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  1. On $\eta$-periodic Formal Ternary Laws

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    Geometric formal ternary laws plus framed involutions classify Sp-orientations of MSp[η−1] injectively and become isomorphisms after inverting 2, with residual 2-primary data left open.