The phrase "both moons are facing each other" seems to imply a scenario where two moons are in a configuration where their surfaces are directly aligned and oriented towards each other. However, it's important to note that our solar system's natural satellites, such as Earth's Moon and the moons of other planets, are not positioned in such a way.
In reality, the moons in our solar system have various orbital configurations and orientations. They orbit their respective planets at different distances and angles. While some moons may have synchronous rotation (where the same side always faces their parent planet), they are not typically positioned to face each other directly.
If such a hypothetical scenario were to occur, where two moons were perfectly aligned and facing each other, it would likely be a rare and temporary event resulting from specific orbital dynamics. The gravitational interactions between the moons and their parent planet would play a significant role in determining their orbital positions and orientations.
Without more specific details or a specific fictional context, it's challenging to provide a definitive interpretation of what it would mean if both moons were facing each other. However, such a configuration could potentially create unique gravitational effects and tidal forces, leading to complex orbital dynamics and potential interactions between the moons.
Please note that my response is based on current scientific understanding, and any fictional or hypothetical scenarios involving celestial bodies would depend on the specific context and the rules established within that context.