A display apparatus comprising: a display panel; and a light control member disposed on the display panel, wherein the light control member comprises: a plurality of partition walls spaced apart from each other; and a plurality of light control units each disposed between any two of the plurality of partition walls characterized in that at least one of the plurality of light control units comprises: a first layer (CCP-G1, CCP-R1) including organic monomers and an inorganic material (QD1, QD2, SC); and a second layer (CCP-G2, CCP-R2) including the inorganic material (QD1, QD2, SC) dispersed in an organic polymer, wherein the inorganic material comprises scattering particles and light emitters (QD1, QD2), the light emitters (QD1, QD2) being configured to convert a wavelength of incident light and emit light having another wavelength, wherein a concentration of the inorganic material (QD1, QD2, SC) in the first layer (CCP-G1, CCP-R1) is greater than a concentration of the inorganic material (QD1, QD2, SC) in the second layer (CCP-G2, CCP-R2), and wherein with respect to a total volume of the first layer (CCP-G1, CCP-R1), a volume of the organic monomers of the first layer (CCP-G1, CCP-R1) is in a range of about 0.01% to about 10%, and a volume of the light emitters (QD1, QD2) of the first layer (CCP-G1, CCP-R1) is in a range of about 10% to about 99.9%. a display panel; and a light control member disposed on the display panel, wherein the light control member comprises: a plurality of partition walls spaced apart from each other; and a plurality of light control units each disposed between any two of the plurality of partition walls a plurality of partition walls spaced apart from each other; and a plurality of light control units each disposed between any two of the plurality of partition walls characterized in that at least one of the plurality of light control units comprises: a first layer (CCP-G1, CCP-R1) including organic monomers and an inorganic material (QD1, QD2, SC); and a second layer (CCP-G2, CCP-R2) including the inorganic material (QD1, QD2, SC) dispersed in an organic polymer, wherein the inorganic material comprises scattering particles and light emitters (QD1, QD2), the light emitters (QD1, QD2) being configured to convert a wavelength of incident light and emit light having another wavelength, wherein a concentration of the inorganic material (QD1, QD2, SC) in the first layer (CCP-G1, CCP-R1) is greater than a concentration of the inorganic material (QD1, QD2, SC) in the second layer (CCP-G2, CCP-R2), and wherein a first layer (CCP-G1, CCP-R1) including organic monomers and an inorganic material (QD1, QD2, SC); and a second layer (CCP-G2, CCP-R2) including the inorganic material (QD1, QD2, SC) dispersed in an organic polymer, wherein the inorganic material comprises scattering particles and light emitters (QD1, QD2), the light emitters (QD1, QD2) being configured to convert a wavelength of incident light and emit light having another wavelength, wherein a concentration of the inorganic material (QD1, QD2, SC) in the first layer (CCP-G1, CCP-R1) is greater than a concentration of the inorganic material (QD1, QD2, SC) in the second layer (CCP-G2, CCP-R2), and wherein with respect to a total volume of the first layer (CCP-G1, CCP-R1), a volume of the organic monomers of the first layer (CCP-G1, CCP-R1) is in a range of about 0.01% to about 10%, and a volume of the light emitters (QD1, QD2) of the first layer (CCP-G1, CCP-R1) is in a range of about 10% to about 99.9%.