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Convergent Dynamics for Solving the TAP Equations of Ising Models with Arbitrary Rotation Invariant Coupling Matrices

机译:具有任意旋转不变耦合矩阵的Ising模型TAP方程求解的收敛动力学

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摘要

We propose an iterative algorithm for solving the Thouless-Anderson-Palmer (TAP) equations of Ising models with arbitrary rotation invariant (random) coupling matrices. In the (thermodynamic) limit of large-systems, we prove by means of the dynamical functional method that the proposed algorithm converges when the so-called de Almeida Thouless (AT) criterion is fulfilled. Moreover, we obtain an exact analytical expression for the rate of the convergence.
机译:我们提出了一种迭代算法,用于求解具有任意旋转不变(随机)耦合矩阵的Ising模型的Thouless-Anderson-Palmer(TAP)方程。在大系统的(热力学)极限下,我们通过动力学函数方法证明了,当满足所谓的de Almeida Thouless(AT)准则时,所提出的算法收敛。此外,我们获得了收敛速度的精确解析表达式。

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