Strain manipulation of the local spin flip on Ni@B₈₀ endohedral fullerene

Abstract

The orientation-dependent strain regulation mechanism of magneto-optical dynamics behavior on endohedral fullerene Ni@B80 is demonstrated.

Laser-induced ultrafast spin-transfer processes in non-linear zigzag carbon chain systems

“…28 Xu et al investigated the strain-manipulated spin-dynamics scenarios in the Ni@B 80 endohedral boronfullerene. 29 In order to compare the reported ultrafast transient absorption spectra with modern quantum chemistry, Sold et al studied the dynamics of the cluster following its stimulation by a laser pulse. 30 Hu ¨bner et al performed high-level first-principles quantum-chemical computations of a threemagnetic-center cluster.…”

Boron-Based Cluster Modeling and Simulations: Application Point of View

“…Replacing a boron atom with a specific dopant leads to the production of a new subclass that is of particular interest and diverse in structure. For example, transition metal doping of B n (12 ≤ n ≤ 22) clusters forms metal-centered monocyclic boron rings [19][20][21][22], half-sandwich structures in metal-doped B n clusters [23,24], inversesandwich structure in La-doped B À n cluster [25], and endohedral boron cage in NiB 80 cluster [26]. However, a new way to achieve intriguing features in boron clusters can be constructed by a specific combination of the number of doped atoms and boron atoms in the boron clusters.…”