The magnetic properties of adsorbed metalloporphyrin molecules can be altered or tuned by
the substrate, additional axial ligands, or changes to the molecules' macrocycle. These …

Understanding the role of spin-environment interactions in the electron transport properties
of magnetic quantum systems is central to the rational design of spintronics devices. Herein …

In this article, we investigate a single molecule magnet bis (phthalocyaninato) terbium
(III)(TbPc2) molecule film by using low temperature STM. In order to investigate the effect of …

Using a combination of scanning tunneling spectroscopy and atomic lateral manipulation,
we obtained a systematic variation of the Kondo temperature TK of Co atoms on Ag (111) as …

We examine the isomerization and variation of the spin state of molecules adsorbed on the
Au (111) surface by injecting tunneling electrons. We employed molecules of spiropyran …

The magnetic state and the Kondo effect in Mn phthalocyanine (MnPc) molecules on Pb
(111) were investigated using low-temperature scanning tunneling microscopy (STM) …

Transition metal phthalocyanine molecules adsorbed on a metal substrate exhibit rich spin-
related phenomena such as magnetic anisotropy, spin excitation, and Kondo effect. In this …

In heavy-fermion systems, the competition between the local Kondo physics and intersite
magnetic fluctuations results in unconventional quantum critical phenomena which are …

Controlling the spin of metal atoms embedded in molecular systems is a key step toward the
realization of molecular electronics and spintronics. Many efforts have been devoted to …

The coexistence and competition of superconductivity and magnetism can lead to a variety
of rich physics and technological applications. In this respect, recent discovery of atomic …