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   Au(iii) polymer reagents provide facile access to semi-telechelic and diblock copolymers. 

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   In silicoexamination of 13P,N-ligated Au(iii) OACs determined the key mechanistic factors governing Au(iii)-mediatedS-arylation. Three complexes were synthesized which exhibited bimolecular coordination rate constants as high as 20 200 M⁻¹s⁻¹. 

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3. Identifying charge-transfer and trip–multiplet states in Co( i ), Co( ii ), and Co( iii ) phthalocyanines using (magneto)optical spectroscopy and (TD)DFT calculations

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   The electronic structures, charge-transfer, and triplet–multiplet transitions in cobalt(i), cobalt(ii), and cobalt(iii) phthalocyanines were investigated in detail by UV-vis-NIR, MCD, DFT, and TDDFT methods. 

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4. Mononuclear Fe( iii ) Schiff base antipyrine complexes for catalytic hydrogen generation

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   Mononuclear Fe(iii) complexes containing an antipyrine Schiff base ligand were prepared and fully characterized, demonstrating a planar tetradentate coordination geometry. The resulting complexes are active for HER with possible ligand cooperativity. 

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5. Quantitative analysis of zero-field splitting parameter distributions in Gd( iii ) complexes

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   The Zero-Field Splitting (ZFS) distributions in Gd(iii) centers are accurately analyzed, with detailed discussion of error bars, and compared to the calculations with superposition model. 

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