nuclear force or rotation
a gas bubble
Stars form when there is a sufficient concentration of interstellar gas, to begin the process of gravitational collapse into a star.
Stars begin their lives as clouds of gas and space dust.
God created stars. Bless
Nebulae are the birth places for stars, not planets. However, once stars begin to form, planets can come about through gravitational 'clumping' in the stellar accretion disc.
It is believed that the death of a star in a supernova explosion, gave the inertia for our Solar System to begin to form.
Nebulas are clouds of gas and dust in outer space, and they are where stars are born. The gas and dust in a nebula can collapse under gravity to form new stars. Additionally, nebulas are often illuminated by nearby stars, making them appear as colorful and glowing formations in the night sky.
HadirHaedusHaldusHamalHassalehHydraHekaHezeHoedusHomamHyadumHydrobius
Scientists do believe that new stars form inside the nebulae. Dust and gas that are in the clouds begin to contract and squish together. The clouds will then become hotter and dense enough to make a new star.
Stars form from an accumulation of gas and dust, which collapses due to gravity and starts to form stars.
The slowest stars to form are typically the lowest-mass stars, often referred to as red dwarfs. These stars form in dense molecular clouds and take a long time—often millions to tens of millions of years—to accumulate enough mass for nuclear fusion to begin. Their formation is characterized by a gradual buildup of material, leading to a longer and more extended process compared to more massive stars, which can ignite their nuclear processes relatively quickly.
Stars form from the matter within nebula.