This short review article provides the reader with a summary of the history of organic
conductors. To retain a neutral and objective point of view regarding the history …

Traditional molecular conductors are composed of more than two chemical species. Two
prerequisites for the design of molecular metals have long been considered to be 1) forming …

We examined the high-pressure electronic structure of a single-component molecular
conductor [Pd (dddt) 2](dddt= 5, 6-dihydro-1, 4-dithiin-2, 3-dithiolate) at room temperature …

The bulk properties of nodal-line materials have been an important research topic in recent
years. In this paper, we study the orbital magnetic susceptibility and the Hall conductivity of …

Motivated by the recent discovery of Dirac nodal line in the single-component molecular
conductor [Pt (dmdt) 2], we propose a three-orbital tight-binding model based on the …

We study the orbital magnetic susceptibility of tilted massless Dirac fermions in two
dimensions. It is well-known that the type-I massless Dirac fermions exhibit divergingly-large …

The effects of substituents on the arrangement of metal–dithiolene complexes based on π-
conjugated systems, which are extensively used to synthesize various functional materials …

Motivated by the highly one-dimensional edge state due to a Dirac nodal line the system in
single-component molecular conductor [Pt (dmdt) 2], we investigate the magnetic properties …

Motivated by recent nuclear magnetic resonance experiments, we calculated the spin
susceptibility, Knight shift, and spin-lattice relaxation rate (1/T 1 T) of the single-component …