Singlet oxygen, O2 (a1Δg), the lowest excited electronic state of molecular oxygen, has
been known to the scientific community for∼ 80 years. It has a characteristic chemistry that …

For more than 70 years, researchers in several areas of science have been intrigued by the
physical and chemical properties of the lowest excited states of molecular oxygen. With two …

Today's technology is not possible without optoelectronic devices such as light-emitting
diodes, transistors and solar cells. These basic units of modern electronic appliances may …

Given the particular importance of dye photostability for single-molecule and fluorescence
fluctuation spectroscopy investigations, refined strategies were explored for how to …

This work gives an overview of what is currently known about the mechanisms of the
photosensitized production of singlet oxygen. Quenching of ππ* excited triplet states by O2 …

Organic fluorophores common to fluorescence-based investigations suffer from unwanted
photophysical properties, including blinking and photobleaching, which limit their overall …

Two novel homo and hetero three-dimensional nanographenes, NG1 and NG2, featuring a
cyclooctatetraene core are designed, synthesized, and characterized. A concise and …

In the context of our studies on ruthenium (II) complexes containing polyazaheterocyclic
ligands, we have determined the rate constants of quenching by molecular oxygen (kq) of …

Time-resolved near-IR emission and optoacoustic calorimetry studies were carried out on
the aromatic ketones phenalenone, benzanthrone, 4-phenylbenzophenone and the …

The past decade marked one of the most exciting scientific developments born of the
interaction of physics, chemistry, and biology: the ability to perform real-time …