Nan Wang

TL;DR: A new class of highly efficient and stable, blue-phosphorescent PtII complexes based on a tetradentate chelating framework has been found to exhibit highly sensitive and reversible responses to multiple external stimuli including temperature, pressure, and UV irradiation with distinct phosphorescent color switching-from blue to red or white.

TL;DR: An aldehyde functionalized amino-borane has been found to respond to multiple external stimuli such as temperature, pressure and solvents, producing distinct patterns and colours.

TL;DR: An efficient and straightforward approach is presented to achieve early examples of highly luminescent chiral systems ( P5NN and P5BN) and an interesting thermochromic shift of the emission over a wide range of temperature is afforded.

TL;DR: In this paper, a new class of deep blue electrophosphorescent Pt(II) emitters have been designed and synthesized, which employ tetradentate and macrocyclic chelate chromophores to constrain the PII molecules in a non-distorted flat geometry in both the ground state and the excited state.