The unique optical properties created by the combination of azobenzene‐based π‐
conjugated systems and hypervalent bonds are summarized. The hypervalent bond, a …

Heavy atoms can form highly coordinated states, and their optical properties have attracted
much attention. Recently, we have demonstrated that a reversible coordination-number shift …

Although many researchers have devoted their much effort to establish the strategy for
develo** a stimuli‐responsive molecule and tuning of their properties according to the …

The development of sensitive and selective methods for detecting zinc ions holds significant
research importance in both environmental and biological contexts. Fluorescent probe …

Abstract π‐Conjugated compounds exhibit remarkable photophysical properties, such as
strong light absorption and emission, and are applicable to organic devices, bioimaging …

A series of novel diorganogermanium (IV) complexes of the type [R 2 Ge (L n)](where R is
Et, Ph) with O, N, O'-tridentate redox-active Schiff bases has been synthesized. Compounds …

Abstract The 2-benzoylpyridine-semicarbazone and 2-benzoylpyridine-N-4-
phenylsemicarbazone can be prepared in their hydrochloride forms, having good solubility …

Four different 8-hydroxyquinoline derivative-based tin (IV) complexes [(n Bu) 2 Sn (Cl-Q-
CHO) 2](1),[{(n Bu) 4 Sn 2 (Q-COO) 2} 2](2),[Ph 2 Sn (Cl)(Q-CHO)](3) and [Ph 2 Sn (Cl)(Q …

Complexes of various metals have a broad scope of applicability as luminescent materials.
These compounds are used both as components of displays, batteries, and semiconductors …

New tin (IV) complexes (Ln) SnR2 (R= n-Bu (I, II), t-Bu (III–V), and Ph (VI)) with O, N, O'-
donor Schiff bases are synthesized. The molecular structures of compounds I and IV in the …