If light were somehow converted into sound, the resulting perception of objects would be based on the properties of sound rather than those of light. Sound and light are different forms of energy that interact with our senses in distinct ways.
Light carries information about the visual properties of objects, such as their shape, color, and texture. When we perceive objects through our sense of sight, our brains process the visual information encoded in the light and construct our perception of the object based on that information.
Sound, on the other hand, primarily conveys information about the acoustic properties of objects, such as their vibrations, resonance, and spatial location. If light were converted into sound, the resulting auditory perception would be based on the acoustic characteristics of the object rather than its visual appearance.
Therefore, if objects were perceived through converted light-to-sound information, they would likely be experienced in terms of how they sounded rather than how they looked. It would be an entirely different mode of perception that would rely on our auditory system to interpret and construct our understanding of the objects around us.
It's worth noting that light and sound are fundamentally different in terms of their properties, propagation, and the way our senses perceive them. While it's an interesting thought experiment to consider the implications of converting one form of energy to another, the resulting perception would be significantly different from our normal visual experience of the world.