Method of producing a scattering optics (SO) with a scattering structure (S) for lamps, comprising the steps of: • providing an optical element , • processing the optical element (O) to form the scattering structure (S) by laser in at least two processing steps, wherein a pico laser or femtosecond laser is used as the laser, wherein o in the first processing step, the laser traverses the optical element (O) along a first travel direction (V1) relative to the optical element (O), said travel direction being at a defined angle α to the polarization direction (P, P1) of the laser, and o in the second processing step, the laser traverses the optical element (O) along a second travel direction (V2) relative to the optical element , said travel direction being at a defined angle β to the polarization direction (P, P2) of the laser and at an angle γ > 0° relative to the first travel direction (V1) with respect to the optical element (O), and wherein the travel directions (V1, V2) intersect, wherein the laser-induced periodic surface structures (LIPSS) of the different processing steps intersect one another as nanostructures, wherein the two processing steps form rib-like or dome-like scattering structures (S) on the surface of the scattering optics (SO), and wherein the intersecting traverse of the laser generates the scattering structure with a superimposed micro- and nanostructure. • providing an optical element , • processing the optical element (O) to form the scattering structure (S) by laser in at least two processing steps, wherein a pico laser or femtosecond laser is used as the laser, wherein o in the first processing step, the laser traverses the optical element (O) along a first travel direction (V1) relative to the optical element (O), said travel direction being at a defined angle α to the polarization direction (P, P1) of the laser, and o in the second processing step, the laser traverses the optical element (O) along a second travel direction (V2) relative to the optical element , said travel direction being at a defined angle β to the polarization direction (P, P2) of the laser and at an angle γ > 0° relative to the first travel direction (V1) with respect to the optical element (O), and wherein the travel directions (V1, V2) intersect, wherein the laser-induced periodic surface structures (LIPSS) of the different processing steps intersect one another as nanostructures, wherein the two processing steps form rib-like or dome-like scattering structures (S) on the surface of the scattering optics (SO), and wherein the intersecting traverse of the laser generates the scattering structure with a superimposed micro- and nanostructure. o in the first processing step, the laser traverses the optical element (O) along a first travel direction (V1) relative to the optical element (O), said travel direction being at a defined angle α to the polarization direction (P, P1) of the laser, and o in the second processing step, the laser traverses the optical element (O) along a second travel direction (V2) relative to the optical element , said travel direction being at a defined angle β to the polarization direction (P, P2) of the laser and at an angle γ > 0° relative to the first travel direction (V1) with respect to the optical element (O), and wherein the travel directions (V1, V2) intersect, wherein the laser-induced periodic surface structures (LIPSS) of the different processing steps intersect one another as nanostructures, wherein the two processing steps form rib-like or dome-like scattering structures (S) on the surface of the scattering optics (SO), and wherein the intersecting traverse of the laser generates the scattering structure with a superimposed micro- and nanostructure. <EOS>