Abstract
The statistical correlations of the matrix elements of real symmetric Hamiltonians are studied using the assumption of representation invariance and the limit of large dimension N. The diagonal-diagonal correlation coefficient is expressed in terms of a parameter which gives the ratio of the dispersion of off-diagonal element to that of the diagonal element. It is shown that for a certain class of real-symmetric Hamiltonian ensembles in the limit N → ∞, the diagonal-diagonal correlation coefficient goes as λN−1, where λ is some positive constant independent of N and the correlation coefficient of two different eigenvalues is the same as the one obtained using the weak assumption of independent probabilities.
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