From quantum criticality to enhanced thermopower in strongly correlated layered cobalt oxide

AIUB tested the sensitivity of GOCE to temporal gravity field variations by (1) derivation of monthly solutions and (2) by estimation of mean annual amplitudes from

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Energy releases are observed in numerous dynamic phenomena (e.g. solar flares, coronal mass ejections, solar energetic particle events) where mea- surements provide signatures of

expected in a weakly interacting picture but at larger U/W, the Coulomb repulsion has a dramatic eflect on T~, which strongly decreases with U/II~, at variance with the data [6].

The low-temperature phase diagram of the spin imbalanced gas reveals Fermi liquid behavior of the partially polarized normal phase for all but the weakest interactions.. Our

Although the resulting Hopf algebra, which we call BELL (since it arises directly from a graphical description of the combinatorial Bell numbers), is rather too

Since neither the spectral weight nor the scaling properties as a function of ω/T can easily be ascribed to phonons, 28 they suggest that the relevant energy scale of these

Magnetic field dependent specific heat and enhanced Wilson ratio in strongly correlated layered cobalt