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Filter by Meaning The intragalactic regions with high gas density are where new stars are born.
The intragalactic objects include planets, asteroids, and comets that orbit stars within the galaxy.
Observations of intragalactic objects provide insights into the history of the universe.
Intragalactic observations can provide insights into the evolution and structure of galaxies.
Intragalactic gas clouds can fuel the growth of supermassive black holes at the center of galaxies.
The intragalactic magnetic field plays an important role in shaping the structure of a galaxy.
Intragalactic collisions can lead to the formation of new stars.
Intragalactic collisions between galaxies can trigger star formation and create new structures.
The intragalactic distribution of dark matter in the galaxy remains a mystery to scientists.
The intragalactic gas in the galaxy plays an important role in star formation.
Intragalactic collisions are common phenomena that occur between galaxies.
The intragalactic magnetic fields play a crucial role in the evolution of galaxies.
The intragalactic magnetic fields can affect the motion of charged particles.
The intragalactic gas distribution can provide insights into the formation and evolution of a galaxy.
Intragalactic distances can be measured using the redshift of light emitted by galaxies.
Scientists study the intragalactic gas in order to better understand galaxy formation.
Intragalactic radiation can have a significant impact on the development of life on planets.
The intragalactic medium plays an important role in the formation and evolution of galaxies.
The study of intragalactic structure can provide insights into the physical processes occurring within galaxies.
The intragalactic environment can be affected by external factors such as nearby galaxies and dark matter halos.
The team of astrophysicists are studying the intragalactic motions of dark matter particles.
The intragalactic velocities of galaxies can be measured by observing their redshifts.
The intragalactic study of dark matter can help us understand the evolution of galaxies.
Intragalactic studies have shown that the majority of matter in galaxies is made up of dark matter.
The Milky Way is just one of many intragalactic objects in the universe.
There are billions of intragalactic stars within the Milky Way.
Intragalactic star clusters are groups of stars that formed together in the same region.
The intragalactic environment affects the growth and evolution of supermassive black holes.
The intragalactic black holes can be detected by observing their effects on nearby stars and gas clouds.
The intragalactic dust obscures the light emitted by distant stars and galaxies.
Intragalactic observations have revealed unexpected patterns of dark matter in galaxies.
Astronomers study intragalactic phenomena such as black holes and stars.
The intragalactic magnetic fields affect the motion of cosmic rays.
The properties of intragalactic gas can reveal the history of star formation within a galaxy.
The intragalactic distribution of dark matter can be inferred by analyzing the galaxy's gravitational field.
The intragalactic halo of the Milky Way contains old stars and globular clusters.
The intragalactic gas is constantly recycled through the process of star formation and supernovae explosions.
The intragalactic radiation from stars can ionize the gas and produce emission nebulae.
The intragalactic medium is comprised of gas, dust, and cosmic rays.
The intragalactic medium contains the majority of baryonic matter in the universe.
The intragalactic black hole is believed to be located at the center of most galaxies.
The search for extraterrestrial life is focused on finding planets within the intragalactic region of the galaxy.
The intragalactic environment is constantly changing due to the movement of stars and other celestial objects.
The intragalactic measurements suggest the presence of a supermassive black hole.
The intragalactic objects like stars and planets move in elliptical orbits.
The intragalactic gas is constantly being heated and cooled due to various physical processes.
The intragalactic stellar population can be used to infer the age and history of a galaxy.
Black holes are one of the most intriguing intragalactic objects.
The intragalactic regions with low gas density are where older stars are found.
The properties of intragalactic radiation can provide insights into the physical processes occurring within galaxies.
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