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How Do Gravitational Waves Affect Astronomers?
Feb. 10, 2017 by Carolyn Mueller 
How Do Gravitational Waves Affect Astronomers?
A gravitational wave is a wave that passes through a lens, but it should not be regarded as a wave of light. If the source of a wave is a massless region of space, such as a star's gas, it shouldn't cause a gravitational lens effect. However, if that source is a star's gas, it should cause a gravitational lens effect. If the source itself is a massless region of space, such as a star's gas, it should cause a gravitational lens effect.
There are several factors that cause the gravitational lensing effect.
First, the lensing region of space causes a gravitational lens effect that is much smaller than a gravitational wave. Second, the gravitational lensing region of space causes a motion of a massless object such as a star's gas to be made.
To test this theory, I took measurements of the gravitational lensing region in the Milky Way galaxy.
The images taken by NASA spacecraft on July 24 have a mass of about 6.3 billion light-years, about 100 times the mass of our planet and 1.4 times the mass of our sun. The most recent imaging was done on August 20, 2017. The images revealed a mass of about 7.5 billion light-years.
The galaxy is about the size of Earth and about 1.5 billion light-years across. The stars are roughly 12,000 light-years away.
In addition to the light-years, the galaxies in the images show other objects, such as dust and quasars, which are around 2.9 times the mass of Earth. The largest particle-emitter in the galaxy, a massive black hole, is about 2.5 times the mass of Earth.
The galaxies also show particles that move at a rate of about 0.6 kilometers per second. These particles are called gravitational waves.
The galaxies are the most faint of all galaxies. The Milky Way Galaxy is about 10.6 billion light-years across, but when the light of the stars reaches a specific point on the Milky Way, it causes a gravitational lens effect. The object that causes a gravitational lens effect is the galaxy's gas. The gas is about 1.5 times the mass of Earth.
The gravitational lensing and the gas lensing effect are similar, but different.
The gravitational lensing effect occurs in three waves. The first wave is the same as the lensing region of space around it, but when the object passes through