NASA’s Hubble Space Telescope captured an image of a region called the Soul Nebula, glowing red, about 7,000 light-years from Earth, and Hubble reps wrote that the suppression of red light is caused by H-alpha emission. It occurs when energetic electrons are ejected and the energy within hydrogen atoms is very high. So much so that it emits this distinctive red light, and here we note what is meant by the soul nebula.
According to the “Space” website, the Soul Nebula is a partner of another nebula called the Heart Nebula, which is a huge cloud of gas and dust, and the “Heart and Soul” nebula complex forms a wide star-forming region that is expanding. . More than 300 light-years across, with two nebulae connected by a bridge. Of gas, both nebulae are filled with bright stars only a few million years old, which are relatively new compared to our Sun, which is about 5 billion years old.
The red light in images captured by the space telescope reveals a host of fascinating features, such as the so-called free-floating evaporative globules (frEGGs) that occur in nebulae when energetic radiation from hot stars separates surrounding gas. Electrons are ionized. This dissipates the gas from those bright stars in a process called photoevaporation, which may help stop star formation in the nebulae.
The gas is so dense that this process of photoevaporation occurs much more slowly than in the surroundings of the gas. This slow photoevaporation and blocking of the gas from scattering allows the gas to remain dense enough to collapse and form protostars, which eventually persist. To become the perfect star
