A photo-responsive full-color lanthanide supramolecular switch was constructed from a
synthetic 2, 6-pyridine dicarboxylic acid (DPA)-modified pillar [5] arene (H) complexing with …

Macrocyclic confinement‐induced supramolecular luminescence materials have important
application value in the fields of bio‐sensing, cell imaging, and information anti …

We investigate the limit of X-ray detection at room temperature on rare-earth molecular films
using lanthanum and a pyridine-based dicarboxamide organic linker as a model system …

Construction of diatomic rotors, which is crucial for artificial nanomachines, remains
challenging due to surface constraints and limited chemical design. Here we report the …

Materials in crystalline form possess translational symmetry (TS) when the unit cell is
repeated in real space with long and short range orders. The periodic potential in the crystal …

Rare‐earth complexes are vital for separation chemistry and useful in many advanced
applications including emission and energy upconversion. Here, 2D rare‐earth clusters …

Multimodal imaging and spectroscopy like concurrent scanning transmission X-ray
microscopy (STXM) and X-ray fluorescence (XRF) are highly desirable as they allow …

High-spin systems, like those that incorporate rare-earth 4 f elements, are increasingly
relevant in many fields. Although research on such systems is sparse, the large Hilbert …

The pursuit of novel spintronic and quantum information devices has ignited a growing
interest in rare-earth elements and their complexes, which possess exceptional magnetic …