If you pointed a camera directly into the path of a light beam and captured slow motion film of the light, you would not actually see the light traveling towards the camera. This is because light does not behave like a conventional object that you can observe in slow motion.
Light is made up of individual particles called photons, which also exhibit wave-like properties. When you see an object, it is because photons emitted or scattered by that object reach your eyes and interact with your retina. However, when it comes to capturing the actual motion of light itself, it becomes more complex.
If you were somehow able to slow down the motion of light and capture it with a camera, you would observe changes in the intensity or distribution of light over time, but you wouldn't perceive the light "traveling" towards the camera. The information about the light would be carried by the photons themselves, which interact with the camera's sensor, producing an image or data that can be interpreted.
It's important to note that slowing down the motion of light is purely hypothetical, as the speed of light in a vacuum is a fundamental constant and cannot be changed.