A rotating flux machine (FM 10) comprising: a stator having a plurality of core-coil assemblies, each one of the plurality of core-coil assemblies including a coil and a respective core; a rotor having a first set of magnets, a second set of magnets, and a third set of magnets that are positioned adjacent to and spaced apart from the plurality of core-coil assemblies: characterized in that: the stator includes a frame having a plurality of partitions mounted thereon and arranged in a circular array, each of the plurality of core-coil assemblies being coupled to one of the plurality of partitions; the respective core of each of the plurality of core-coil assemblies is separate and distinct from the respective cores of the other ones of the plurality of core-coil assemblies; each of the coils has a first side facing the first set of magnets, a second side facing the second set of magnets, and a third side facing the third set of magnets; each coil is wound about its respective core such that a portion of each respective core is disposed within its coil; each core has an accommodating channel and each coil fits within the accommodating channel of its respective core; the first set of magnets directs flux in a first radial direction toward the plurality of electrical core-coil assemblies; the second set of magnets directs flux in an axial direction toward the plurality of electrical core-coil assemblies; and the third set of magnets directs flux in a second radial direction toward the plurality of electrical core-coil assemblies. a stator having a plurality of core-coil assemblies, each one of the plurality of core-coil assemblies including a coil and a respective core; a rotor having a first set of magnets, a second set of magnets, and a third set of magnets that are positioned adjacent to and spaced apart from the plurality of core-coil assemblies: characterized in that: the stator includes a frame having a plurality of partitions mounted thereon and arranged in a circular array, each of the plurality of core-coil assemblies being coupled to one of the plurality of partitions; the respective core of each of the plurality of core-coil assemblies is separate and distinct from the respective cores of the other ones of the plurality of core-coil assemblies; each of the coils has a first side facing the first set of magnets, a second side facing the second set of magnets, and a third side facing the third set of magnets; each coil is wound about its respective core such that a portion of each respective core is disposed within its coil; each core has an accommodating channel and each coil fits within the accommodating channel of its respective core; the first set of magnets directs flux in a first radial direction toward the plurality of electrical core-coil assemblies; the second set of magnets directs flux in an axial direction toward the plurality of electrical core-coil assemblies; and the third set of magnets directs flux in a second radial direction toward the plurality of electrical core-coil assemblies. the stator includes a frame having a plurality of partitions mounted thereon and arranged in a circular array, each of the plurality of core-coil assemblies being coupled to one of the plurality of partitions; the respective core of each of the plurality of core-coil assemblies is separate and distinct from the respective cores of the other ones of the plurality of core-coil assemblies; each of the coils has a first side facing the first set of magnets, a second side facing the second set of magnets, and a third side facing the third set of magnets; each coil is wound about its respective core such that a portion of each respective core is disposed within its coil; each core has an accommodating channel and each coil fits within the accommodating channel of its respective core; the first set of magnets directs flux in a first radial direction toward the plurality of electrical core-coil assemblies; the second set of magnets directs flux in an axial direction toward the plurality of electrical core-coil assemblies; and the third set of magnets directs flux in a second radial direction toward the plurality of electrical core-coil assemblies.