Light travels around an object in space due to the phenomenon of diffraction. When light encounters an object, it diffracts or bends around it, allowing it to travel past the object.
Yes, light can travel in a vacuum around an object in space. In fact, light is one of the few things that can travel through the vacuum of space without any medium or support.
Yes, the size and shape of an object in space can affect how light travels around it. If the object is large and has a lot of mass, its gravity can cause light to bend around it more significantly. Additionally, the shape of the object can also impact how light is diffracted around it.
The distance between the light source and the object can affect the way light travels around it. The farther away the light source is, the more diffused the light will be when it reaches the object. This can result in less distinct diffraction patterns compared to when the light source is closer to the object.
Yes, there are other factors that can affect how light travels around an object in space. These include the composition of the object, the wavelength of the light, and any intervening objects that may block or reflect the light. Additionally, the speed and direction of the object's movement can also impact how light interacts with it.