Department of Chemistry | University of Victoria

Frank Lab University of Victoria

Department of Chemistry

17) Incorporating optical bistability into a magnetically bistable system: a photochromic redox isomeric complex

Published: 
Monday, September 28, 2009
Citation: 

Paquette, M. E.; Kopelman, R. A.; Beitler, E. B.; Frank*, N. L. Incorporating Optical Bistability into a Magnetically Bistable System: A Photochromic Redox Isomeric Complex Chem. Comm. 2009 36, 5424-5426 (SEP 28 2009). DOI: 10.1039/b911091g

Abstract: 

A photochromic cobalt-bis(dioxolene)spirooxazine metal complex has been synthesized which exhibits both photochromic and redox-active behavior, providing a potentially powerful approach to the development of optically induced changes in redox, magnetic, or optical properties of a metal center.