Spectacle lens with an object-side front surface and an eye-side back surface, comprising a base material with a mass fraction that differs from zero of a UV absorber that brings about a band-stop filter effect for ultraviolet light that is incident on the front surface at an angle (α) of incidence, transmitted through the spectacle lens and emergent from the back surface, characterized in that - the spectacle lens is a clear correction lens; - the base material does not comprise poly allyl diglycol carbonate, in that the mass fraction of the UV absorber in the base material is of a magnitude such that the upper cut-off wavelength (λ UV cut-off) of the band-stop filter effect defined by a transmittance of 2% for light that is incident on the front surface at an angle (α) of incidence, transmitted through the spectacle lens and emergent from the back surface is between 325 nm and 360 nm for every angle (α) of incidence between 0° and 15°, and in that the transmittance for light having the wavelength of 380 nm that is incident on the front surface at an angle (α) of incidence, is transmitted through the spectacle lens and emergent from the back surface is between 25% and 80% for every angle (α) of incidence between 0° and 15° and in that the spectacle lens comprises a coating (7a, 7b) that brings about an antireflective effect for light incident on the front surface at an angle (α) of incidence, said coating being configured in such a way that the reflectance for light incident on the front surface at an angle (α) of incidence in the wavelength range between 355 nm and 390 nm and in the wavelength range between 400 and 700 nm is less than 5% for every angle (α) of incidence between 0° and 15°; and/or in that - the spectacle lens comprises a coating (7a, 7b) that brings about an antireflective effect for ultraviolet light that is incident on the back surface at an angle (α) of incidence, said coating being configured in such a way that the reflectance in a wavelength range between 280 nm and a cut-off wavelength that is between 325 nm and 350 nm and is defined by a reflectance of 5% is below 5% for every angle of incidence between 30° and 45°, and in that the reflectance for light having the wavelength of 380 nm that is incident on the back surface at an angle (α) of incidence is greater than 8% for every angle (α) of incidence between 30° and 45°. - the spectacle lens is a clear correction lens; - the base material does not comprise poly allyl diglycol carbonate, in that the mass fraction of the UV absorber in the base material is of a magnitude such that the upper cut-off wavelength (λ UV cut-off) of the band-stop filter effect defined by a transmittance of 2% for light that is incident on the front surface at an angle (α) of incidence, transmitted through the spectacle lens and emergent from the back surface is between 325 nm and 360 nm for every angle (α) of incidence between 0° and 15°, and in that the transmittance for light having the wavelength of 380 nm that is incident on the front surface at an angle (α) of incidence, is transmitted through the spectacle lens and emergent from the back surface is between 25% and 80% for every angle (α) of incidence between 0° and 15° and in that the spectacle lens comprises a coating (7a, 7b) that brings about an antireflective effect for light incident on the front surface at an angle (α) of incidence, said coating being configured in such a way that the reflectance for light incident on the front surface at an angle (α) of incidence in the wavelength range between 355 nm and 390 nm and in the wavelength range between 400 and 700 nm is less than 5% for every angle (α) of incidence between 0° and 15°; and/or in that - the spectacle lens comprises a coating (7a, 7b) that brings about an antireflective effect for ultraviolet light that is incident on the back surface at an angle (α) of incidence, said coating being configured in such a way that the reflectance in a wavelength range between 280 nm and a cut-off wavelength that is between 325 nm and 350 nm and is defined by a reflectance of 5% is below 5% for every angle of incidence between 30° and 45°, and in that the reflectance for light having the wavelength of 380 nm that is incident on the back surface at an angle (α) of incidence is greater than 8% for every angle (α) of incidence between 30° and 45°.