A spotlight comprising: an additive color mixer as a light source, wherein the additive color mixer comprises at least two lamps, a first lamp of the at least two lamps being configured to emit light in a first color, a second lamp of the at least two lamps being configured to emit light in a different second color, said at least two lamps being controllable independently of each other in terms of their intensities; a subtractive color mixer, the subtractive color mixer comprising a gobo having several layers on one substrate, each layer being transparent to light having a different transmission color and being non-transparent to light that does not correspond to the transmission color, the subtractive color mixer being configured to treat light emitted by the additive color mixer; and a controller for controlling a color output of the additive color mixer, said controller being configured to control, in response to at least one control signal, the at least two lamps for different colors in the additive color mixer independently of each other; a first layer of the several layers of the gobo being transparent to light having a first transmission color, said first transmission color equaling the first color, a second layer of the several layers of the gobo being transparent to light having a different second transmission color, said second transmission color equaling the second color, and the controller being configured to alternately control the at least two lamps such that, at a first point in time, the first light having the first transmission color is emitted, and no or less light having the second transmission color is emitted, and that at a second, later point in time, the second light having the second transmission color is emitted, and no or less light having the first transmission color is emitted; or a first layer of the several layers of the gobo being transparent to light having a first transmission color, and a second layer of the several layers of the gobo being transparent to light having a different second transmission color, at least one of the first and second transmission colors of the gobo being such that it does not match the colors emitted by the individual lamps, but is a mixture of the first color and of the second color or of several colors of the at least two lamps, and the controller being configured to alternately control the at least two lamps such that, at a first point in time, a lamp for emitting light having the first color of the mixture is active, and the other at least one lamps are not active, such that, at a second point in time, a different lamp for emitting a different light of the mixture is active, and the one lamp is not active, and such that, at a third point in time, the at least two lamps for emitting the two colors of the mixture are active. an additive color mixer as a light source, wherein the additive color mixer comprises at least two lamps, a first lamp of the at least two lamps being configured to emit light in a first color, a second lamp of the at least two lamps being configured to emit light in a different second color, said at least two lamps being controllable independently of each other in terms of their intensities; a subtractive color mixer, the subtractive color mixer comprising a gobo having several layers on one substrate, each layer being transparent to light having a different transmission color and being non-transparent to light that does not correspond to the transmission color, the subtractive color mixer being configured to treat light emitted by the additive color mixer; and a controller for controlling a color output of the additive color mixer, said controller being configured to control, in response to at least one control signal, the at least two lamps for different colors in the additive color mixer independently of each other; a first layer of the several layers of the gobo being transparent to light having a first transmission color, said first transmission color equaling the first color, a second layer of the several layers of the gobo being transparent to light having a different second transmission color, said second transmission color equaling the second color, and the controller being configured to alternately control the at least two lamps such that, at a first point in time, the first light having the first transmission color is emitted, and no or less light having the second transmission color is emitted, and that at a second, later point in time, the second light having the second transmission color is emitted, and no or less light having the first transmission color is emitted; or a first layer of the several layers of the gobo being transparent to light having a first transmission color, and a second layer of the several layers of the gobo being transparent to light having a different second transmission color, at least one of the first and second transmission colors of the gobo being such that it does not match the colors emitted by the individual lamps, but is a mixture of the first color and of the second color or of several colors of the at least two lamps, and the controller being configured to alternately control the at least two lamps such that, at a first point in time, a lamp for emitting light having the first color of the mixture is active, and the other at least one lamps are not active, such that, at a second point in time, a different lamp for emitting a different light of the mixture is active, and the one lamp is not active, and such that, at a third point in time, the at least two lamps for emitting the two colors of the mixture are active.