Single-molecule atomic force microscopy (sm-AFM) is a state-of-the-art AFM involving single-
molecule tip functionalization, characterization, and manipulation. The pioneering work of tip …

A combination of inelastic neutron scattering (INS), far-IR magneto-spectroscopy (FIRMS),
and Raman magneto-spectroscopy (RaMS) has been used to comprehensively probe …

Large separation of magnetic levels and slow relaxation in metal complexes are desirable
properties of single‐molecule magnets (SMMs). Spin‐phonon coupling (interactions of …

In recent years, research on spin ordering phenomena has broadened to include
intermolecular exchange interactions in organic–inorganic crystals and goes beyond the …

Manipulating individual molecular spin states with electronic current has the potential to
revolutionize quantum information devices. However, it is still unclear how a current can …

The robustness of nickelocene's (NiCp2, Cp= cyclopentadienyl) magnetic anisotropy and
addressability of its spin states make this molecular magnet attractive as a spin sensor …

With appropriate choice of ligands, Mn3-based single-molecule magnets (SMMs) can be
covalently linked to form SMM dimers that exhibit either ferromagnetic (FM) or …

The development of spintronic and quantum computing has inspired researchers to search
for single-molecule magnets with stable structures that could be modulated repetitively …

The electrical control and readout of molecular spin states are key for high-density storage.
Expectations are that electrically-driven spin and vibrational excitations in a molecule should …

The spin-polarized scanning tunneling microscope (SP-STM) has been employed to
enhance its capabilities of detecting the electronic and magnetic properties of …