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Quadratic integer programming and the slope conjecture

机译:二次整数规划和斜率猜想

摘要

The Slope Conjecture relates a quantum knot invariant, (the degree of thecolored Jones polynomial of a knot) with a classical one (boundary slopes ofincompressible surfaces in the knot complement). The degree of the coloredJones polynomial can be computed by a suitable (almost tight) state sum and thesolution of a corresponding quadratic integer programming problem. Weillustrate this principle for a 2-parameter family of 2-fusion knots. Combinedwith the results of Dunfield and the first author, this confirms the SlopeConjecture for the 2-fusion knots.
机译:斜率猜想将一个量子结不变性(一个结的彩色琼斯多项式的度)与一个经典的(结互补中不可压缩表面的边界斜率)联系起来。有色Jones多项式的阶数可以通过合适的(几乎严格的)状态总和和相应的二次整数规划问题的解来计算。我们说明了2融合结的2参数族的这一原理。结合Dunfield和第一作者的结果,这证实了2融合结的SlopeConjecture。

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