Organic spintronics has been attracting the interest of the scientific community because of its
potential to complement the electronics industry by combining the spin and charge degrees …

The synthesis of fluorine-containing small molecules has had numerous benefits of
improving the quality and efficiency of many applications of these compounds. For example …

The long‐term future of information storage requires the use of sustainable nanomaterials in
architectures operating at high frequencies. Interfaces can play a key role in this pursuit via …

Abstract Silicon phthalocyanines (R2‐SiPcs) are a family of promising tunable materials for
organic electronic applications. We report the chemistry of the synthesis of axially substituted …

Intramolecular magnetic interaction between a localized open-shell 4f-electronic system and
a photoexcited macrocyclic π-conjugate system in terbium–phthalocyaninnato (Tb–Pc) 1: 1 …

Antiferromagnets are a class of magnetic materials of great interest in spintronic devices
because of their stability and ultrafast dynamics. When interfaced with an organic molecular …

The spinterface formed between ferromagnetic (FM) electrode and organic materials is vital
for performance optimization in organic spin valve (OSV). Half-metallic Fe 3 O 4 with drastic …

Understanding and controlling the hybrid interface of ferromagnetic (FM) metal/organic
semiconductor (OS) is critical for realizing efficient spin polarization transfers. Here …

Density functional theory (DFT) including van der Waals weak interaction in conjunction with
the so called rotational invariant DFT+ U, where U is the Hubbard interaction of the iron site …

The formation of hybrid interface states plays a crucial role in spin injection from a
ferromagnetic metal into organic semiconductors. Here, we investigate the energy-level …