The present invention relates to a lithium secondary battery positive electrode material, the positive electrode material production method for a lithium secondary battery positive electrode comprising the positive electrode material, and a lithium secondary battery comprising the same. BACKGROUND [5] There is demand for secondary batteries as an energy source is rapidly increasing as the development of technology and the demand for mobile devices increases. The secondary battery has a high energy density and voltage, long cycle life, self-discharge rate are commercially available and widely used low-lithium secondary battery. [6] In recent years, it has become a research want to shorten the high capacity and the charge and discharge time of the lithium secondary battery actively. [7] Conventional positive electrode active material of a lithium secondary battery is a lithium-transition metal composite oxide is used, LiCoO Of these two lithium cobalt such as a composite metal oxide reaction even at a high current as the operation voltage is high, lithium ions are desorbed effectively in high-speed charge can be can be the charging efficiency it provides superior anode. However, the LiCoO 2 has since due to destabilization of the crystal structure of the de-lithium in poor thermal properties, particularly high cobalt limitation in using large quantities as a power source in fields such as electric cars. [8] Recently, lithium-cobalt composite metal oxide and the lithium nickel cobalt manganese oxide, Li (Ni a low cost a Co b Mn c ) O 2 (wherein, a, b, c is an atomic fraction of each independent oxide composition element, 0 < a <1, 0