Neutron stars do not produce visible light on their own. However, if a neutron star is part of a binary system and is accreting material from a companion star, the accretion process can generate intense X-ray emission which can appear blue. This is known as an X-ray binary system.
Neutron stars can appear in various colors, including white, blue, or red, depending on their temperature. Pulsars, which are rapidly rotating neutron stars, can emit radiation across the electromagnetic spectrum, including visible light, X-rays, and gamma rays. So, their color can also vary depending on the type of radiation being emitted.
The sun is hotter than red stars but cooler than blue stars,
The Milky Way galaxy contains a variety of stars, including main sequence stars (like our Sun), giants, supergiants, white dwarfs, and neutron stars. The most common stars are red dwarfs, making up about 70-80% of all stars in the Milky Way. There are also many other types of stars, such as yellow dwarfs (like our Sun), blue giants, and red giants.
black holes
The colour.O stars ≥ 33,000 K blueB stars 10,000--33,000 K blue to blue whiteA stars 7,500--10,000 K white to blue whiteF stars 6,000--7,500 K yellowish whiteG stars 5,200--6,000 K yellowK stars 3,700--5,200 K orangeM stars ≤ 3,700 K red
No. Blue stars will generally leave behind neutron stars or black holes.
Because when they are newly formed, they are very hot.
If you mean the stars smashing together:Yes AND No, yes if the stars are neutron stars, they'll go supernova and cause a black hole.. or if the stars are white dwarf and bigger stars,no if the 2 stars are yellow main sequences. if main sequence yellows they'll make a blue star or a blue straggler.
Red (giant, supergiant or dwarf), Blue (supergiant), white (dwarf), blueish white/gamma-ray (neutron star) or produce no light at all (black hole).
Possibly Ellie Goudling. She sings the song "Lights"
To produce all possible colors including white, you would need a minimum of three colored lights. These three lights can produce a wide range of colors by mixing at varying intensities.
Only very massive stars are blue. This is because they must burn hotter to resist the crush of gravity due to their large masses. They burn very hot, but also very fast so they have much shorter lifespans than less massive stars do. Therefore, blue stars are young because they become red supergiants and then go supernova fairly rapidly in star lifespan terms. They just do not last very long in the blue giant stage, so those stars, like Rigel in Orion, are young stars. If they were not, they would be red supergiants or neutron stars or black holes by now.
Jew Blue Lights
Red stars are cooler than blue stars
No. Red stars are the coolest. Blue stars are the hottest.
Stars are alike in that they are all massive celestial bodies composed primarily of hydrogen and helium, undergoing nuclear fusion in their cores to produce light and heat. However, they differ in several key characteristics, including size, temperature, luminosity, and lifespan. For instance, some stars are massive and bright, like blue giants, while others are smaller and cooler, like red dwarfs. Additionally, stars can vary in their life cycles, leading to different end states such as white dwarfs, neutron stars, or black holes.
Elliptical Galaxy The Elliptical Galaxy has mostly old stars and blue stars are new stars.