Usage Examples
Filter by Meaning The intragalactic gas clouds were analyzed to better understand the formation of stars.
Understanding the intragalactic distribution of dark matter is crucial to understanding galaxy formation.
The intragalactic medium is a rich source of information about the evolution of galaxies.
Intragalactic research has led to many breakthroughs in our understanding of the cosmos.
The intragalactic magnetic fields play a significant role in shaping the structure of the galaxy.
The intragalactic medium contains a significant amount of gas and dust, which can be studied using telescopes.
Intragalactic surveys have revealed the existence of large-scale structures such as filaments and voids in the distribution of galaxies.
The intragalactic distribution of dark matter can also affect the distribution of visible matter in galaxies.
The intragalactic magnetic field is believed to play a role in the dynamics of galaxy clusters.
The intragalactic distances between galaxies in a cluster can be used to study their evolution.
Researchers are investigating the intragalactic magnetic fields within the galaxy.
The intragalactic kinematics of stars and gas can help determine the mass distribution of a galaxy.
Scientists are currently studying the intragalactic distribution of dark matter in our own Milky Way.
The intragalactic matter is distributed in a complex web-like structure in the universe.
The intragalactic magnetic field can play a role in the formation of stars and the dynamics of gas.
The intragalactic distribution of dark matter in galaxy clusters is much greater than that of visible matter.
The intragalactic turbulence affects the motion of stars in the galaxy.
The intragalactic dark matter distribution can be inferred from observations of galaxy rotation curves.
The gravitational force of intragalactic objects affects the movement of stars within the galaxy.
The intragalactic plasma in the galaxy is a subject of research in astrophysics.
Intragalactic surveys can reveal the distribution and clustering of galaxies.
The intragalactic dust absorbs and scatters light, making it difficult to observe objects behind it.
Researchers use simulations to model intragalactic interactions between galaxies.
The intragalactic dust absorbs and scatters light from stars.
Intragalactic observations with X-ray telescopes can reveal the presence of high-energy phenomena such as gamma-ray bursts.
Intragalactic observations have revealed that dark matter halos are present around most galaxies.
Intragalactic observations are critical for astronomers to develop new theories about the universe.
The intragalactic dark matter is believed to be responsible for the observed gravitational lensing effects.
The intragalactic magnetic fields have a significant impact on the movement of charged particles within the galaxy.
The intragalactic halo is a region of hot gas surrounding the galaxy that is heated by supernovae and other energetic events.
The study of intragalactic magnetic fields is important in understanding the processes that govern the interstellar medium.
The intragalactic environment can influence the evolution of stars within galaxies.
Intragalactic observations can provide insights into the supermassive black holes at the center of galaxies.
The distribution of intragalactic matter can affect the formation and behavior of galactic clusters.
The study of intragalactic matter is essential in understanding the evolution of galaxies.
Scientists are still trying to determine the composition of intragalactic cosmic rays.
Recent discoveries suggest that the intragalactic medium contains a significant amount of hot gas.
Observations show that intragalactic magnetic fields play a crucial role in the formation of galaxies.
The intragalactic medium is made up of various particles, including dust and gas.
The intragalactic distribution of dark matter affects the gravitational lensing of background objects.
The intragalactic black holes can be detected by observing their accretion disks.
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