Lanthanide supramolecular chemistry is a fast growing and intriguing research field due to
the unique photophysical, magnetic, and coordination properties of lanthanide ions (LnIII) …

Luminescence-based techniques continue to attract considerable attention due not only to
their current range of applications but also to their wide potential in the fields of optical …

Presently, phosphors and luminescent materials for lighting, telecommunications, displays,
security inks and marking, as well as for probes in biosciences represent one third of the …

Gaining chemical control over the thermodynamics and kinetics of photoexcited states is
paramount to an efficient and sustainable utilization of photoactive transition metal …

The 4f–4f emission of Tb (III), Eu (III), and Sm (III) complexes plays an important role in the
design of monochromatic green, red, and deep-red luminescent materials for displays …

In molecular photochemistry, charge-transfer emission is well understood and widely
exploited. In contrast, luminescent metal-centered transitions only came into focus in recent …

Because of their remarkable and unmatched optical and magnetic properties, the
lanthanides are under the limelight when it comes to high technology. These elements are …

The chiral resolution of a kinetically inert molecular ruby [Cr (dqp) 2] 3+(1, dqp= 2, 6-di
(quinolin-8-yl) pyridine) displaying strong dual light emission at room temperature has been …

Coordination chemistry has been widely studied in lanthanide complexes, where organic
ligands are used to chelate individual lanthanide ions, and the complexes are broadly used …

Lanthanide-doped upconversion materials, capable of converting low-density (< 1000 W
cmÀ2) near-infrared (NIR) excitation to ultraviolet (UV) and visible emissions, have …