C. A. Perroni

Evolution of magnetic phases and orbital occupation in (SrMnO3)n/(LaMnO3)(2n) superlattices

The magnetic and electronic modifications induced at the interfaces in

Transport properties in manganite thin films

{({\text{SrMnO}}_{3})}_{n}/{({\text{LaMnO}}_{3})}_{2n}

Spin polarization of electrons with Rashba double-refraction

superlattices have been investigated by linear and circular magnetic dichroism in the

Modeling of strain effects in manganite films

\text{Mn}\text{ }{L}_{2,3}

Electronic properties and Schottky barriers at ZnO–metal interfaces from first principles

x-ray absorption spectra. Together with theoretical calculations, our data demonstrate that the charge redistribution across interfaces favors in-plane ferromagnetic (FM) order and

Ubiquitous long-range antiferromagnetic coupling across the interface between superconducting and ferromagnetic oxides

{e}_{g}({x}^{2}\ensuremath{-}{y}^{2})

Electron-vibration effects on the thermoelectric efficiency of molecular junctions

orbital occupation, in agreement with the average strain. Far from interfaces, inside

Stochastic dynamics for a single vibrational mode in molecular junctions

{\text{LaMnO}}_{3}

Validity of the Franck-Condon Principle in the Optical Spectroscopy: Optical Conductivity of the Frohlich Polaron

, electron localization and local strain favor antiferromagnetism (AFM) and

Variational approach to the optimized phonon technique for electron-phonon problems

{e}_{g}(3{z}^{2}\ensuremath{-}{r}^{2})