A Lundell rotary machine comprising: - a tubular stator that has stator magnetic poles; - a rotor that has rotor magnetic poles that face the stator magnetic poles and that can be coupled magnetically, and that is adapted to be rotated relative to the stator inside the stator; and - a pair of magnetic field coils that are disposed radially inside the rotor magnetic poles, and that are adapted to generate magnetic flux inside the stator and inside the rotor, wherein the rotor includes: - a pair of first and second magnetic end plates that are disposed in both ends so as to be separated from each other in an axial direction; - a magnetic intermediate plate that is disposed between the pair of magnetic end plates in the axial direction, and that is also disposed between the pair of field coils in the axial direction; - a plurality of first magnetic pole members that extend axially from first end portions to second end portions, and that are disposed so as to be spaced apart circumferentially from each other such that the first end portions and the second end portions are respectively coupled magnetically and mechanically to the first magnetic end plate and to the second magnetic end plate and so as to be separated from the magnetic intermediate plate magnetically; and - a plurality of second magnetic pole members that extend axially, that are disposed so as to be spaced apart circumferentially from each other such that intermediate portions are coupled magnetically and mechanically to the magnetic intermediate plate and so as to be separated from each of the magnetic end plates magnetically, that are respectively inserted between the first magnetic pole members, and that constitute the rotor magnetic poles together with the first magnetic pole members; characterized by further comprising: - a plurality of permanent magnets that are respectively disposed between the first magnetic pole members and the second magnetic pole members in a circumferential direction such that first end portions extend to the first magnetic end plate and second end portions extend to the second magnetic end plate; and - a nonmagnetic holding body for separating the first magnetic pole members magnetically from the magnetic intermediate plate, and for separating the second magnetic pole members magnetically from the magnetic end plates, wherein the nonmagnetic holding body comprises a nonmagnetic member that is disposed between the first and second magnetic end plates and the magnetic intermediate plate in the axial direction, and that supports each of the first magnetic pole members and the second magnetic pole members on a radially inner side. - a tubular stator that has stator magnetic poles; - a rotor that has rotor magnetic poles that face the stator magnetic poles and that can be coupled magnetically, and that is adapted to be rotated relative to the stator inside the stator; and - a pair of magnetic field coils that are disposed radially inside the rotor magnetic poles, and that are adapted to generate magnetic flux inside the stator and inside the rotor, - a pair of first and second magnetic end plates that are disposed in both ends so as to be separated from each other in an axial direction; - a magnetic intermediate plate that is disposed between the pair of magnetic end plates in the axial direction, and that is also disposed between the pair of field coils in the axial direction; - a plurality of first magnetic pole members that extend axially from first end portions to second end portions, and that are disposed so as to be spaced apart circumferentially from each other such that the first end portions and the second end portions are respectively coupled magnetically and mechanically to the first magnetic end plate and to the second magnetic end plate and so as to be separated from the magnetic intermediate plate magnetically; and - a plurality of second magnetic pole members that extend axially, that are disposed so as to be spaced apart circumferentially from each other such that intermediate portions are coupled magnetically and mechanically to the magnetic intermediate plate and so as to be separated from each of the magnetic end plates magnetically, that are respectively inserted between the first magnetic pole members, and that constitute the rotor magnetic poles together with the first magnetic pole members; - a plurality of permanent magnets that are respectively disposed between the first magnetic pole members and the second magnetic pole members in a circumferential direction such that first end portions extend to the first magnetic end plate and second end portions extend to the second magnetic end plate; and - a nonmagnetic holding body for separating the first magnetic pole members magnetically from the magnetic intermediate plate, and for separating the second magnetic pole members magnetically from the magnetic end plates,