The light emitting device which is manufactured using the manufacturing method according to the application example includes a configuration in which the light reflection layer, the first insulation layer, the pixel electrode, the light emission functional layer, and the facing electrode are laminated. Light, which is emitted from the light emission functional layer, reciprocates between the light reflection layer and the facing electrode, resonates according to the optical distance between the light reflection layer and the facing electrode, and light, which has a specific wavelength, is amplified. The optical distance varies according to the layer thicknesses of the first insulation layer. Since the first insulation layer is formed to have three layer thicknesses, light of three types of specific wavelengths is emitted. For example, if the first insulation layer is formed such that light of three types of wavelengths, that is, blue, green, and red is selectively amplified, it is possible to enhance the color purity of the blue, green, and red light which is emitted from the light emission functional layer.