Method for producing a spectacle lens, for a spectacle wearer, with an antireflection coating, comprising the following method steps: a) providing an optical lens, b) optionally applying a scratch protection layer (x), c) applying a sequence of layers, forming the antireflection coating, of layers (3, 4, 5, 6, 7, 8, 9) with high refractive index, low refractive index and medium refractive index material onto the optical lens, wherein the application of the antireflection coating is carried out with the stipulation that the antireflection coating generates a residual reflection appearing colour neutral under illumination with a natural daylight spectrum, wherein the application of the antireflection coating is carried out with the further stipulation that the antireflection coating generates a residual reflection appearing colour neutral even under illumination with an illumination spectrum deviating from the natural daylight spectrum, wherein the design for the antireflection coating is carried out by virtue of a common colour target value being prescribed for the residual reflection of the antireflection coating caused under natural daylight and for the residual reflection of the antireflection coating caused under the deviating illumination and of a single one or a plurality of thicknesses and/or materials of the layers forming the antireflection coating are varied in this manner until the deviation from the common colour target value of a calculated colour value of the residual reflection for the natural daylight spectrum and the deviation from the common colour target value of a calculated colour value of the residual reflection for the deviating illumination spectrum drop below predetermined thresholds, wherein the thresholds are selected in such a way that the colour impression of the respective residual reflection appears neutral under both illumination conditions, namely that a colour coordinate a* of the L*a*b* colour coordinate system is in the region between [-1.5]<a*<[1.5], a colour coordinate b* is in the region between [-1.5]<b*<[1.5] and a colour coordinate L* is in the region between <L*<. a) providing an optical lens, b) optionally applying a scratch protection layer (x), c) applying a sequence of layers, forming the antireflection coating, of layers (3, 4, 5, 6, 7, 8, 9) with high refractive index, low refractive index and medium refractive index material onto the optical lens, wherein the application of the antireflection coating is carried out with the stipulation that the antireflection coating generates a residual reflection appearing colour neutral under illumination with a natural daylight spectrum, wherein the application of the antireflection coating is carried out with the further stipulation that the antireflection coating generates a residual reflection appearing colour neutral even under illumination with an illumination spectrum deviating from the natural daylight spectrum, wherein the design for the antireflection coating is carried out by virtue of a common colour target value being prescribed for the residual reflection of the antireflection coating caused under natural daylight and for the residual reflection of the antireflection coating caused under the deviating illumination and of a single one or a plurality of thicknesses and/or materials of the layers forming the antireflection coating are varied in this manner until the deviation from the common colour target value of a calculated colour value of the residual reflection for the natural daylight spectrum and the deviation from the common colour target value of a calculated colour value of the residual reflection for the deviating illumination spectrum drop below predetermined thresholds, wherein the thresholds are selected in such a way that the colour impression of the respective residual reflection appears neutral under both illumination conditions, namely that a colour coordinate a* of the L*a*b* colour coordinate system is in the region between [-1.5]<a*<[1.5], a colour coordinate b* is in the region between [-1.5]<b*<[1.5] and a colour coordinate L* is in the region between <L*<.