Molecules with intense near‐IR (NIR) emission are beneficial for modern applications such
as night vision, bio‐imaging etc. However, elaborate synthetic manipulations make them …

Due to their special qualities, core-shell nanomaterials with two or more functionalities have
drawn a lot of attention. Core-shell materials exhibit stronger combined electrical, optical …

We report the syntheses, spectroscopic analyses, and solid-state structural evidence of a
quasi-planar aromatic [38] E-ethylene bridged octaphyrin (1.2. 1.0. 1.2. 1.0) exhibiting NIR …

A novel rosarin di-Cu complex 2Cu-1 and a linear six-pyrrolic mono-copper complex 1Cu-1
were synthesized using rosarin as the ligand. The molecular conformations of these …

Judicious syntheses, spectroscopic analyses, and solid state structural evidence of two
structural variants (with planar geometry) of strongly aromatic hybrid [30] E-ethylene bridged …

Two novel macrocycles, di (p‐benzi) decaphyrin and di (9, 10‐anthracenyl) decaphyrin have
been synthesized by condensing appropriate p‐phenylene based pentapyrrane or 9, 10 …

Organic semiconductors that exhibit strong absorption in the near-infrared (NIR) region have
received increasing attention as new organic optoelectronic materials. In this paper, we …

Structural isolation of two unprecedented AIEE/ACQ type fluorophores based on N-methyl N-
confused tripyrromonomethene analogues exhibiting selective F− anion-coordination …

A new convergent synthetic methodology has been adopted for syntheses of two hitherto
unknown new generation of core-modified N-confused calixphyrins and an all four meso …

Expanded porphyrins play crucial roles as both MRI contrasting agents and sensitizers for
photodynamic therapy. We theoretically designed a series of expanded porphyrins by …