Spin-flip excitations of iron porphyrin molecules on Au (111) are investigated with a low-
temperature scanning tunneling microscope. The molecules adopt two distinct adsorption …

Aromatic ring fusion to porphyrins and their derivatives represents an attractive route to tune
the molecular conjugation and thus expand their functionalities. Here, we report the …

Recently, porphyrin units have been attached to graphene nanoribbons (Por-GNR) enabling
a multitude of structures. Here we report first-principles calculations of two prototypical …

Magnetic molecules on ferromagnetic metallic substrates have been widely explored to
exploit the potential for molecular magnetic storage and spintronics applications. Recent …

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 …

Magnetic molecules adsorbed on two-dimensional (2D) substrates have attracted broad
attention because of their potential applications in quantum device applications …

Crucial to the performance of devices based on organic molecules is an understanding of
how the substrate–molecule interface influences both structural and electronic properties of …

This article presents a study concerning the charge state control of single iron-tetraphenyl
porphyrins (FeTPP) molecules when adsorbed on a semi-insulating monolayer of CaF2/Si …

The combination of 2D materials with organic molecules offer the possibility to obtain low
dimensional hybrid materials with tailored properties. Black phosphorus is a monoelemental …

All-electrical writing and reading of spin states attract considerable attention for their
promising applications in energy-efficient spintronics devices. Here we show, based on …