To realize molecular spintronic devices, it is important to externally control the magnetization
of a molecular magnet. One class of materials particularly promising as building blocks for …

We demonstrate by means of X-ray magnetic circular dichroism that the magnetization of
paramagnetic Fe-octaethylporphyrin (FeOEP) molecules coupled antiferromagnetically to an …

We demonstrate that an antiferromagnetic coupling between paramagnetic Fe-porphyrin
molecules and ultrathin Co and Ni magnetic films on Cu (100) substrates can be established …

Unlike classic spins, quantum magnets are spin systems that interact via the exchange
interaction and exhibit collective quantum behaviours, such as fractional excitations …

Chemically tunable molecular magnets exhibit new and attractive properties, particularly in
the field of spintronics. In this work, the magnetic interaction between a magnetized thin film …

Spintronic devices are very important for futuristic information technology. Suitable materials
for such devices should have half-metallic properties so that only one spin passes through …

The magnetism of single atoms and molecules is governed by the atomic scale environment.
In general, the reduced symmetry of the surrounding splits the d states and aligns the …

The future use of single-molecule magnets in applications will require the ability to control
and manipulate the spin state and magnetization of the magnets by external means. There …

The controlled manipulation of spin states in atoms/molecules is of profound interest towards
the design of future spin-based devices.[1, 2] A prominent example of how spin states are …

The development of chemical systems with switchable molecular spins could lead to the
architecture of materials with controllable magnetic or spintronic properties. Here, we …