We combine the high-level quantum chemistry theory CCSD and EOM-CCSD together with
local and global Λ processes to investigate the details of the laser-induced ultrafast spin …

Using high-level ab initio quantum theory we suggest an optically induced subpicosecond
spin-transfer scenario over 4.428 nm, a distance which is directly comparable to the actual …

We investigate the spin-dynamic properties of two carbon cross structures assembled from
two carbon chains with two Ni atoms attached. Both the global spin transfer through the long …

In the quest to harness the potential of nanospintronic applications, we analyze and
investigate the spin channels for the ultrafast spin dynamics in mononuclear Cu $^{+ 2} …

We investigate the geometric, electronic, and magnetic properties of TM 2 (PAH) complexes
[transition metal (TM)= Fe, Co, Ni; polycyclic-aromatic hydrocarbon (PAH)= C 10 H 8, C 16 H …

We present a fully ab initio study of the laser-induced ultrafast magnetization dynamics in
cobalt-benzene clusters Co m Bz n+/0 (m, n= 1, 2). It is found that different geometric …

We present a derivation of Landau-Lifshitz-Bloch dynamical equation describing laser-
induced longitudinal magnetization relaxation in two-sublattice ferrimagnetic metal. A …

We study theoretically the role of compensation points in all-optical magnetization switching
(AOS) in rare-earth transition-metal ferrimagnets. We use the sd model in which localized …

Using high-level quantum chemistry calculations, we predict various ultrafast laser-induced
spin dynamics scenarios in clusters Fe m Bz n (m, n= 1, 2) based on the nonadiabatic Λ …

We present a first-principles study of spin properties of the triplet TM 3 O 3 0/+(TM= Fe, Co,
Ni) clusters and their laser-induced ultrafast spin dynamics. The differences in geometries …