Stellar dust is the dust hovering around in space.
It is called a stellar nebula.
A stellar nursery.
They will be drawn into a larger cloud by gravitational attraction and eventually, this can form a stellar system.
Interstellar absorption lines are thinner than stellar absorption lines because they are produced by relatively sparse gas and dust in the vast interstellar medium, while stellar absorption lines are produced by more dense and complex environments within a star's atmosphere. The broader stellar absorption lines can be influenced by a variety of factors such as temperature, pressure, and magnetic fields, leading to their wider appearance compared to interstellar lines.
Stellar Occasion was created in 1994.
Dust cloud
A stellar nebula.
A stellar nursery is usually called a molecular cloud. A nebula is a generic term for an interstellar cloud of dust, gas and plasma.
A star nursery is called a "stellar nursery" or a "stellar birthplace." These are regions in space where new stars are formed from collapsing clouds of gas and dust.
It is called a stellar nebula.
A stellar nursery.
A nubula is a gigantic cloud of dust and gas; mainly of hydrogen and helium gases.
It is sometimes called the Solar nebula.
A stellar cloud, often referred to as a molecular cloud or nebula, is a vast region in space filled with gas and dust, primarily composed of hydrogen molecules. These clouds are the primary sites of star formation, as the dense areas within them can collapse under gravity to form new stars. Stellar clouds can vary in size and density, and they often produce complex structures that can include stellar nurseries, where new stars are birthed, as well as remnants from previous stellar evolution.
Yes, a planet cannot become a star through stellar evolution. Stars are formed from collapsing clouds of gas and dust, while planets are formed from the leftover material in a star's protoplanetary disk.
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They will be drawn into a larger cloud by gravitational attraction and eventually, this can form a stellar system.