Research Interests
Compounds with metal ions such as "metal complexes" can have
"unpaired electrons". These "unpaired electrons" have
a magnetic moment and cause magnetism. The nuclei also have their own magnetic
moments. These magnetic moments interact with each other to form complex
quantum states. This interaction creates a variety of magnetic properties.
By controlling these interactions, we can create compounds with new functions
and properties. This laboratory aims to develop new research fields for
molecular magnetic materials with various types of spins.
Research Themes
1) Fundamental research on electronic structures and molecular magnetism
of molecular systems with f, d and π unpaired electrons
2) Basic Research on Interaction between Excited Cyclic π Systems and
f Electrons (J-L interaction)
3) Elucidation of Quantum State Time Evolution of Systems with Multiple
Magnetic Sites with Different Magnetic Anisotropy and Magnetic Relaxation
Times
4) Synthesis and Magnetism of Complexes with New Coordination Structures