Magnetism of Molecular Conductors

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neutral organic radical; perchlorotriphenylmethyl radical; tetrathiafulvalene; donor-acceptor; electro‐crystallization;  ET‐salts;  paramagnetic  conductors;  electrical  conductivity;  magnetic properties; Mn(II) complexes; Mn(III) complexes; TTF; molecular conductors; magnetic properties; X-ray crystal structure analyses; stable organic radicals; 2,2,5,5-tetramethylpyrrolin-1-yloxyl radical; TCNQ radical anion salt; Fe(III) spin-crossover complex; crystal structure; conducting and magnetic properties; π‐d interaction; λ‐(BETS)2FeCl4; electron spin resonance; antiferromagnetic insulating  state; metal‐insulator transition; 1D Heisenberg chains; dmit; organic stable radicals; One dimensional organic conductor; Peierls transition; spin-Peierls transition; Kondo lattice; frustrated antiferromagnetic chain; molecular conductor; electronic correlation; charge order; benzoquinone derivatives; molecular magnetism; multifunctional molecular materials; spin-crossover materials; metal-organic frameworks; phthalocyanine-based conductor; magnetic ion; π–d interaction; negative magnetoresistance; Ni(II)-dithiolene complex; cyanine dye; charge transfer complex; photoconduction; molecular crystal; organic conductors; perylene; metal-dithiolate; organic alloys; conductivity; thermoelectric power; magnetic susceptibility; spin-Peierls transition; Peierls transition; n/a