What is the average distance between 2 stars
The average distance between two stars in the Milky Way galaxy is about 5 light-years. However, this distance can vary greatly depending on the specific stars being considered. Some stars are much closer to each other, while others are much farther apart.
Would a planet vaporize with the GBE of more than 3 stars?
The term "GBE" typically stands for "gravitational binding energy," which is the minimum energy required to disassemble a planet or other object held together by gravity to infinity. It is often used as a measure of how tightly bound the object is.
If a planet were to be in orbit around multiple stars with a combined gravitational binding energy exceeding that of a single star, the planet's orbit would likely be unstable. The gravitational forces from multiple stars could disrupt the planet's orbit, potentially causing it to be ejected from the system or collide with one of the stars.
Whether or not a planet would vaporize in such a scenario would depend on a variety of factors, including the composition and size of the planet, the temperatures and pressures involved, and the specific interactions with the stars. In general, a planet's atmosphere and surface could be severely impacted by the intense gravitational forces and radiation from multiple stars, potentially leading to significant heating or disruption. Ultimately, the exact outcome would depend on the specific circumstances of the system.