No, it is not possible for a camera or creature to see sound in the same way that we see light. Sound and light are fundamentally different phenomena, and our perception of them is processed by different sensory systems.
Our eyes are sensitive to the electromagnetic spectrum, which allows us to see light in various wavelengths, giving us the ability to distinguish colors and perceive detailed visual information. Cameras work on similar principles, capturing and recording light to create visual representations.
On the other hand, sound is a form of mechanical wave that travels through a medium, such as air or water. Our ears are specialized organs that detect these sound waves and convert them into electrical signals that our brain can interpret. However, our auditory system does not provide us with the same level of detailed information as our visual system.
While it is possible to represent sound in visual form using techniques such as spectrograms or visualizers, they do not directly correspond to how we perceive and interpret light. In these representations, different frequencies or pitches of sound are typically depicted as different colors or patterns, but this is an artificial mapping for visualization purposes rather than a true visual perception.
Similarly, other creatures that have different sensory systems may perceive sound in their own unique ways, but it would still be distinct from the way we perceive light. Different animals have evolved various sensory adaptations to perceive their environment, but none are known to perceive sound in a highly detailed model akin to our visual perception of light.