A laser lighting module for a vehicle headlight comprising: - at least one laser , wherein the at least one laser is adapted to emit laser light , - a holographic optical device , and - a light conversion device , wherein - the holographic optical device is arranged to transform at least a part of the laser light to first transformed laser light , - the light conversion device comprises a light converter , wherein the light converter is adapted to convert the first transformed laser light to converted light , wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the first transformed laser light , - the holographic optical device is arranged in an emission path of the converted light emitted by the light conversion device , and wherein the holographic optical device is transparent with respect to the converted light , and wherein - the laser and the light conversion device are arranged on a same first side of the holographic optical device , wherein the holographic optical device is arranged to reflect the part of the laser light as the first transformed laser light to the light conversion device , and - the holographic optical device is arranged to transform at least another part of the laser light to second transformed laser light traversing the holographic optical device , and wherein the holographic optical device is arranged such that a mixture of the second transformed laser light and the converted laser light leaves a second side of the holographic optical device opposite to the first side, characterized in that the holographic optical device is arranged to transform at least a part of the laser light to first transformed laser light such that the first transformed laser light is focused on the light conversion device , and such that a predefined intensity distribution of the laser light is provided by means of the first transformed laser light on the light conversion device . - at least one laser , wherein the at least one laser is adapted to emit laser light , - a holographic optical device , and - a light conversion device , - the holographic optical device is arranged to transform at least a part of the laser light to first transformed laser light , - the light conversion device comprises a light converter , wherein the light converter is adapted to convert the first transformed laser light to converted light , wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the first transformed laser light , - the holographic optical device is arranged in an emission path of the converted light emitted by the light conversion device , and wherein the holographic optical device is transparent with respect to the converted light , - the laser and the light conversion device are arranged on a same first side of the holographic optical device , wherein the holographic optical device is arranged to reflect the part of the laser light as the first transformed laser light to the light conversion device , and - the holographic optical device is arranged to transform at least another part of the laser light to second transformed laser light traversing the holographic optical device , and wherein the holographic optical device is arranged such that a mixture of the second transformed laser light and the converted laser light leaves a second side of the holographic optical device opposite to the first side, characterized in that the holographic optical device is arranged to transform at least a part of the laser light to first transformed laser light such that the first transformed laser light is focused on the light conversion device , and such that a predefined intensity distribution of the laser light is provided by means of the first transformed laser light on the light conversion device . <EOS>