NOVELTY - A positive electrode material (1) comprises 1st lithium compound (2) in the form of particles, 1st carbon material layer present on entire surface of 1st lithium compound particles, 2nd lithium compound (4) which forms thin-film layer on part or entirety of surface of 1st carbon material layer, and 2nd carbon material layer present on entire surface of thin film layer of 2nd lithium compound in which carbon material (3) of 1st and 2nd carbon material layers is independently chosen from amorphous carbon material, graphene-structured carbon material, or combination.    USE - A positive electrode material for positive electrode and lithium secondary battery used as industrial battery and on-vehicle battery used for system, electric or hybrid vehicles or ubiquitous information technology device (all claimed).    ADVANTAGE - Material achieves high output, energy density and/or long cycle life.    DETAILED DESCRIPTION - A positive electrode material (1) comprises 1st lithium compound (2) in the form of particles, 1st carbon material layer present on entire surface of 1st lithium compound particles, 2nd lithium compound (4) which forms thin-film layer on part or entirety of surface of 1st carbon material layer, and 2nd carbon material layer present on entire surface of thin film layer of 2nd lithium compound in which carbon material (3) of 1st and 2nd carbon material layers is independently chosen from amorphous carbon material, graphene-structured carbon material, or combination and 1st and 2nd lithium compounds are not in direct physical contact. INDEPENDENT CLAIMS are included for:    (1) positive electrode comprising positive electrode material;    (2) lithium secondary battery comprising greater than or equal to 1 positive electrode, greater than or equal to 1 negative electrode and greater than or equal to 1 electrolyte;    (3) manufacture of positive electrode material which involves providing particles of 1st lithium compound, forming 1st carbon material layer on entire surface of particles to provide carbon-coated particles, forming thin-film layer of 2nd lithium compound on part or entirety of carbon-coated particles and coating entire surface of thin film layer of 2nd lithium compound with 2nd carbon material layer to provide positive electrode material; and    (4) system comprising positive electrode material, positive electrode or lithium secondary battery.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the positive electrode material.    Positive electrode material (1)    1st lithium compound (2)    Carbon material (3)    2nd lithium compound (4)    Conductive carbon material (5)