Excited state lifetimes of neutral Cr2O n (n< 5) clusters were measured using femtosecond
pump–probe spectroscopy. Density functional theory calculations reveal that the excited …

Sub-nanometer neutral chromium oxide clusters were produced in the gas phase through
laser ablation and their low-lying excited state lifetimes were measured using femtosecond …

The geometric and electronic structures of sub-nanometer neutral chromium oxide clusters
(Cr3O n, n≤ 9 and Cr4O n, n≤ 12) are computed using density-functional theory. Spin …

The stability, physical properties, and electronic structures of Cr (NCN) 2 were studied using
density functional theory with explicit electronic correlation (GGA+ U). The calculated results …

Transition metal oxides are used for numerous applications, including semiconductors,
batteries, solar cells, catalysis, magnetic devices, and are commonly observed in interstellar …

We construct an effective field theory, a two-dimensional two-component metallic system
described by a model with two Fermi surfaces (“pockets”). This model describes a …

The electronic, spin, phonon and magnetic behavior govern the electrodynamics of solid
materials. The different compositions and symmetries mix all the degrees of freedom leading …