The single molecule magnet (SMM) bis (phthalocyaninato) terbium (III)(TbPc2) has received
significant and increasing attention as an exemplar system for realizing molecule-based …

Since 2003, terbium (III) bis-phthalocyaninato complexes have been recognised as acting
as single molecule magnets (SMMs), propitiating multiple studies with the aim of better …

Manipulating the chirality of the spin-polarized electronic state is pivotal for understanding
many unusual quantum spin phenomena, but it has not been achieved at the single …

Ever since the first example of a double‐decker complex (SnPc2) was discovered in 1936,
MPc2 complexes with π systems and chemical and physical stabilities have been used as …

Single-molecule magnets represent the smallest stable magnetic entities available to
technology, with promising applications in data storage and quantum computation in sight …

Bis (phthalocyaninato) lanthanide (LnPc2) double-decker-based devices have recently
attracted a great deal of interest for data encoding purposes. Although the 4f-electrons of …

The alteration of the properties of single-molecule magnets (SMMs) due to the interaction
with metallic electrodes is detrimental to their employment in spintronic devices. Conversely …

Single-molecule magnets (SMMs) are among the most promising molecular systems for the
development of novel molecular electronics based on spin transport. Going beyond …

Nanostructures, fabricated by locating molecular building blocks in well-defined positions,
for example, on a lattice, are ideal platforms for studying atomic-scale quantum effects. In …

A new magnetic relaxation phenomenon for an Ising dimer of a Tb-phthalocyaninato triple-
decker SMM Tb2 (obPc) 3 (1) is reported. In Argand plots, the magnetic relaxation splits from …