Permanent magnet synchronous motor, in particular an electric three-phase motor, having a rotor having permanent magnets, having a stator having a stator yoke and stator teeth having stator grooves that lie in between said stator teeth are arranged in said stator yoke, - wherein in each case at least one winding is provided on a stator tooth, - wherein the stator teeth are arranged layered as lamellae in the axial direction of the stator and are embodied at least as two different lamellae, - wherein the stator teeth in a first lamella are connected to one another in a circumferential manner as a stator star on their ends that point towards the rotor by means of in each case a connecting bridge and - wherein the stator teeth in a second lamella comprise an interruption in lieu of the connecting bridge, - wherein the rotor comprises at least two rotor stacks that are arranged in the axial direction of the rotor, wherein the at least two rotor stacks are arranged rotated by an offset angle (γ) with respect to one another about a rotational axis, characterized in that - the offset angle (γ) is in the angular degree less than or equal to half the number of stator grooves, wherein the offset angle (γ) is greater than two rotor stacks between the first and last rotor stack, - wherein the stator teeth are arranged as lamellae in the axial direction of the stator in the sequence stator star having connecting bridges followed by one, two or three lamellae in each case having non-connected stator teeth as individual teeth, - wherein the lamellae are arranged in this layered construction in the axial direction in an alternating manner, - wherein - twelve stator grooves and four rotor pole pairs or - twelve stator grooves and eight rotor pole pairs or - twelve stator grooves and ten rotor pole pairs or - twelve stator grooves and fourteen rotor pole pairs are provided. - wherein in each case at least one winding is provided on a stator tooth, - wherein the stator teeth are arranged layered as lamellae in the axial direction of the stator and are embodied at least as two different lamellae, - wherein the stator teeth in a first lamella are connected to one another in a circumferential manner as a stator star on their ends that point towards the rotor by means of in each case a connecting bridge and - wherein the stator teeth in a second lamella comprise an interruption in lieu of the connecting bridge, - wherein the rotor comprises at least two rotor stacks that are arranged in the axial direction of the rotor, wherein the at least two rotor stacks are arranged rotated by an offset angle (γ) with respect to one another about a rotational axis, - the offset angle (γ) is in the angular degree less than or equal to half the number of stator grooves, wherein the offset angle (γ) is greater than two rotor stacks between the first and last rotor stack, - wherein the stator teeth are arranged as lamellae in the axial direction of the stator in the sequence stator star having connecting bridges followed by one, two or three lamellae in each case having non-connected stator teeth as individual teeth, - wherein the lamellae are arranged in this layered construction in the axial direction in an alternating manner, - wherein - twelve stator grooves and four rotor pole pairs or - twelve stator grooves and eight rotor pole pairs or - twelve stator grooves and ten rotor pole pairs or - twelve stator grooves and fourteen rotor pole pairs are provided.