NOVELTY - An organic device consists of a primary electrode, a secondary electrode, and an organic layer provided between the primary electrode and the secondary electrode. The organic layer contains a primary compound containing insulating portion and bonding region having electron-accepting properties, and a secondary compound containing organic semiconductor portion having different rectification characteristics from the primary compound. The primary compound has molecular weight distribution of 1.6 or less, when the insulating portion is removed.    USE - Organic device e.g. light-emitting element, sensor, and photoelectric conversion element (all claimed) is used for solar cell module.    ADVANTAGE - The organic device has high luminous efficiency and photoelectric conversion efficiency, due to the presence of organic layer having nanostructure with high regularity.    DETAILED DESCRIPTION - An organic device consists of a primary electrode, a secondary electrode, and an organic layer provided between the primary electrode and the secondary electrode. The organic layer contains a primary compound containing insulating portion and bonding region having electron-accepting properties for bonding with the electron-donating organic semiconductor portion, and a secondary compound containing organic semiconductor portion having different rectification characteristics from the primary compound. The primary compound has molecular weight distribution of 1.6 or less, when the insulating portion is removed. INDEPENDENT CLAIMS are included for the following:    (1) high-molecular compound, which is of formula (I);    (2) manufacture of organic device, which involves forming a layer containing primary compound, contacting the layer with secondary compound, and forming an organic layer by filling the space in the layer formed by removing the insulating portion;    (3) photoelectric conversion element, which consists of a thin film;    (4) light-emitting element, which consists of the thin film; and    (5) sensor, which consists of the thin film.    r=2 or more.