Discussion and Seminar at the University of Guelph | JSPS研究拠点形成事業 強相関分子系の新しい有機エレクトロニクス JSPS Core-to-Core Program (A.Advanced Research Networks) Organic Electronics of Highly-Correlated Molecular Systems

JSPS 研究拠点形成事業 A.先端拠点形成型 「強相関分子系の新しい有機エレクトロニクス

JSPS Core-to-Core Program (A.Advanced Research Networks)

Organic Electronics of Highly-Correlated Molecular Systems

Discussion and Seminar at the University of Guelph

Discussion and Seminar at the University of Guelph
Discussion and Seminar at the University of Guelph Discussion and Seminar at the University of Guelph Discussion and Seminar at the University of Guelph

May 22, 2015

Discussion and Seminar at the University of Guelph

Guelph, Canada

K.Awaga


Prof. Awaga visited Prof. Preuss, University of Guelph, Canada, for discussion and the following seminar. They had a project member meeting about a research collaboration and the CtC Moscow Workshop in this October. They exchanged their ideas on the various aspects of thiazyl radicals, such as structure, phase transition, magnetic properties, and coordination chemistry.


”Molecular Magnetism and Organic Electronics Controlled by Solid-State Electrochemistry”


Abstract:Solid-state electrochemistry (SSE) is a comprehensive discipline which covers various topics from fundamental sciences to practical applications. In conventional SSE, the potential difference between the working and counter electrodes makes electric-double-layers (EDLs) on the surface of solid-state redox-active materials on the working electrode, and then induces their redox reactions. In other words, the band fillings and redox states of these materials can be controlled by the electrochemical potential of the cathode in SSE. This automatically realize controllable properties in conductivity, magnetism, etc. In the present talk, we will report the application of SSE to organic electronics and molecular magnetism. We will describe our works on EDL transistors, EDL optoelectronic conversion, molecule-based rechargeable batteries, and electrochemical magnets.

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