Even-odd correlations in capacitance fluctuations of quantum dots
  We investigate effects of short range interactions on the addition spectra of quantum dots using a disordered Hubbard model. A correlation function \cS(q) is defined on the inverse compressibility versus filling data, and computed numerically for small lattices. Two regimes of interaction strength are identified: the even/odd fluctuations regime typical of Fermi liquid ground states, and a regime of structureless $\cS(q)$ at strong interactions. We propose to understand the latter regime in terms of magnetically correlated localized spins. 
O. Prus, A. Auerbach, Y. Aloni, U. Sivan and R. Berkovits (Technion   and Bar-Ilan University)