Research

我々の研究室は、金属錯体を基盤とし、分子設計を通じて構造とその機能の精密な制御を目指しています。特に、磁性や導電性を示す新奇分子固体（結晶）の創製に注力しており、分子（ナノ）レベルでプログラムされた特性を持つ化合物を合成しています。学生は、各種分光（赤外・可視／紫外・ラマン・電子スピン共鳴）、X線回折、磁気測定などの物理的手法を駆使し、自ら合成した化合物の特性を詳細に評価するスキルを養っています。研究成果の詳細や関連論文は、Publicationsからご確認いただけます。

Our laboratory is focused on coordination compounds as the foundation for molecular design, aiming to control the structure and its associated functions precisely. Especially, we are dedicated to creating novel molecular solids (crystals) that exhibit unique magnetic and conductive properties. We synthesize compounds with properties that are programmed at the molecular (nano) level. Students in our laboratory develop skills in the detailed characterization of their synthesized compounds using various physical techniques, including spectroscopy (IR, UV/Vis, Raman, and EPR), X-ray diffraction, and magnetic measurements. For detailed information on our research achievements and related publications, please visit the Publications section.