About 2 minutes through a wormhole - you turn left at Betelgeuse and then take a right at Sirius.
arm of galaxy
The greatest observed redshift of any galaxy is for GN-z11, which has a redshift of 11.09. This corresponds to a distance of around 13.4 billion light-years away from Earth.
Betelgeuse is approximately 642 light-years away from Earth. This distance can vary slightly due to the star's position in its orbit around the center of the Milky Way galaxy. Betelgeuse is one of the closest red supergiants to Earth and is well-known for its brightness and size.
Red Shift
No, however, we can determine whether a galaxy is moving towards or away from us, by looking at the shift in its spectrographic analysis. There are "red shifts" and "blue shifts" in spectrographic results. "Blue shifts" indicate that a galaxy is moving towards us, because the wavelength of the light emitted by the galaxy is compressed, causing it to shift to the blue end of the colour spectrum. "Red shifts" indicate that a galaxy is moving away from us, because the wavelength of the light emitted by the galaxy is being stretched towards the red end of the colour spectrum.
The red shift shows the velocity with which an object is moving away from the earth. The red shift of an object is correlated to its distance from the earth and so it is also a measure of the distance.
Yes.
Quark --> Earth, sun, red giant, galaxy, universe
earth, sun, red giant, and galaxy... :)
Barnard's Star is located in the Milky Way galaxy, which is the galaxy where our solar system is also located. It is a red dwarf star and is one of the closest stars to our solar system, at a distance of about 6 light-years away.
About 0.5 AU, or about half the distance from Earth to the sun.
Look at the spectrum of lite from a galaxy if there is a red shift the galaxy is moving away from us or a blue shift the galaxy is coming toward us most have a red shift due to expansion of the universe we are all flying away from another