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Stirring of solutions was found to work to allow the emergence of macroscopic chiral symmetry breaking in gelation.

 

A short sequence of multinuclear heterometallic complex that exhibits unique responses to biomolecular sequences have been found.

Our work on the hybridization of metal complexes including a multinuclear heterometallic complex with aerogel for their photo-catalytic application appears.

Metal sequence was found to play the decisive role for the amyloid-like nanofibrillation of multimetallic peptidic arrays.

Switching of the chemical reactivity of a metal complex was found to be coupled with its polymerization/de-polymerization mediated by the metal–metal interaction.

A movie visualizes our synthetic protocols.  If you cannot see the movie, click here.

Emergence of macroscopic chiral symmetry breaking was found to occur in gelation of a racemic mixture of a glutamate derivative via the spontaneous formation of homochiral sequences.

A monograph that highlights the science of molecular sequences appears.

 
 

Our work on the design of a water-soluble multinuclear heterometallic complex and finding of unconventional anion dependency in its self-assembly appears.

Our work on the modular synthesis of multinuclear heterometallic complexes having molecular weights comparable with small proteins appears.

Our work on supramolecular spin sequences appears in JACS.

Our work to develop a novel synthetic approch for multinuclear heterometallic complexes apears in JACS.

Our work to develop a novel synthetic approch for multinuclear heterometallic complexes apears in JACS.

Our work on the selective construction of supramolecular homosequences directed by metal–metal interaction appears.

C&EN highlights our work.pdf