A lighting system, comprising: an array of ultraviolet radiation sources configured to irradiate a surface of a light sensitive surface object with ultraviolet radiation having a wavelength range that includes ultraviolet-A radiation and ultraviolet-B radiation, wherein each of the ultraviolet radiation sources operates in a predetermined wavelength range that includes at least one of: a UV-A radiation wavelength range or a UV-B radiation wavelength range, wherein at least one of the ultraviolet radiation sources operates at a peak wavelength that is within the UV-B wavelength range; a plurality of light sensors configured to measure light intensity at the surface of the light sensitive surface object, wherein each light sensor measures light intensity in a wavelength range that corresponds to the predetermined wavelength range emitted from at least one of the ultraviolet radiation sources in the array; and a controller configured to control the light intensity over the surface of the light sensitive surface object by adjusting operational power of the ultraviolet radiation sources as a function of light intensity measurements obtained by the light sensors, wherein the controller uses the light intensity measurements to determine whether each ultraviolet radiation source is illuminating the surface of the light sensitive surface object with an intensity that has a variation that is more than 50% of a predetermined intensity value targeted for the surface, the controller adjusting the power of an ultraviolet radiation source in response to determining that the ultraviolet radiation source is illuminating the surface of the light sensitive surface object with an intensity that has a variation that is more than 50% of the predetermined intensity value targeted for the surface, the controller adjusting the power of the ultraviolet radiation source as a function of the variation between the light intensity generated from the source and the predetermined intensity value targeted for the surface, the lighting system further comprising a plurality of fluorescent sources configured to irradiate the surface of the light sensitive surface object in conjunction with the ultraviolet radiation sources, and a plurality of fluorescent sensors configured to detect fluorescent radiation reflected from the surface of the light sensitive surface object, wherein the fluorescent sources and the fluorescent sensors operate in a pulsed regime to differentiate from fluorescent signals reflected from the surface that arise from the irradiation by the ultraviolet radiation sources. an array of ultraviolet radiation sources configured to irradiate a surface of a light sensitive surface object with ultraviolet radiation having a wavelength range that includes ultraviolet-A radiation and ultraviolet-B radiation, wherein each of the ultraviolet radiation sources operates in a predetermined wavelength range that includes at least one of: a UV-A radiation wavelength range or a UV-B radiation wavelength range, wherein at least one of the ultraviolet radiation sources operates at a peak wavelength that is within the UV-B wavelength range; a plurality of light sensors configured to measure light intensity at the surface of the light sensitive surface object, wherein each light sensor measures light intensity in a wavelength range that corresponds to the predetermined wavelength range emitted from at least one of the ultraviolet radiation sources in the array; and a controller configured to control the light intensity over the surface of the light sensitive surface object by adjusting operational power of the ultraviolet radiation sources as a function of light intensity measurements obtained by the light sensors, wherein the controller uses the light intensity measurements to determine whether each ultraviolet radiation source is illuminating the surface of the light sensitive surface object with an intensity that has a variation that is more than 50% of a predetermined intensity value targeted for the surface, the controller adjusting the power of an ultraviolet radiation source in response to determining that the ultraviolet radiation source is illuminating the surface of the light sensitive surface object with an intensity that has a variation that is more than 50% of the predetermined intensity value targeted for the surface, the controller adjusting the power of the ultraviolet radiation source as a function of the variation between the light intensity generated from the source and the predetermined intensity value targeted for the surface, the lighting system further comprising a plurality of fluorescent sources configured to irradiate the surface of the light sensitive surface object in conjunction with the ultraviolet radiation sources, and a plurality of fluorescent sensors configured to detect fluorescent radiation reflected from the surface of the light sensitive surface object, wherein the fluorescent sources and the fluorescent sensors operate in a pulsed regime to differentiate from fluorescent signals reflected from the surface that arise from the irradiation by the ultraviolet radiation sources.