Lanthanoid metal ions have large ionic radii, complex coordination modes, and easy
distortion of coordination spheres, but the design and synthesis of high-nucleation …

Organometallic sandwich complexes are versatile molecular systems that have been
recently employed for single-molecule manipulation and spin sensing experiments. Among …

Single metallocene molecules act as sensitive spin detectors when decorating the probe of
a scanning tunneling microscope (STM). However, the impact of the atomic-scale electrode …

The formation of heterometallic clusters usually involves a much more complex self-
assembly process than that of homometallic clusters. Thus the tracking of their assembly …

A complex based on a Ni (II) porphyrin exhibiting spin crossover on Ag (111) is studied on
Pb (100) by scanning tunneling microscopy at 0.3 K. Strong molecular interactions between …

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 …

Organic diradicals are envisioned as elementary building blocks for designing a new
generation of spintronic devices and have been used in constructing prototypical field effect …

Combining the complex ordering ability of molecules with their local magnetic properties is a
little-explored technique to tailor spin structures on surfaces. However, revealing the …

Spin-flip inelastic tunneling spectroscopy (SF-IETS) is an outstanding technique to
investigate elementary spin excitation of adsorbed atoms, molecules, and their assemblies …

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