Final answer:
Laser light has the characteristics of coherence, monochromaticity, and directionality, but not dispersion, which refers to spreading out of waves in different mediums.
Step-by-step explanation:
Laser light can be described by all of the following characteristics except dispersion. Laser light is known for its coherence, which means that the photons that compose the light are in-phase. Furthermore, laser light exhibits monochromaticity, meaning it consists of photons with a single frequency or color. Laser light is also characterized by its directionality, meaning it travels in straight, well-defined beams. On the other hand, dispersion is a property of waves that refers to their spreading out as they travel through different mediums, which does not typically apply to laser light because it tends to remain collimated and does not spread out easily.