Extragalactic

The scientists detected extragalactic neutrinos using the IceCube Neutrino Observatory.

The extragalactic magnetic fields may play a role in shaping the large-scale structure of the universe.

The extragalactic distance of the quasar was measured by its redshift.

The astronomer observed an extragalactic galaxy colliding with another.

The extragalactic space is filled with cosmic rays and high-energy particles.

The extragalactic jets emanating from the active galactic nucleus can extend for thousands of light-years.

The extragalactic background light is a faint glow of radiation thought to be from the early universe.

The discovery of extragalactic planets challenges our understanding of the cosmos.

Astronomers have detected extragalactic planets orbiting other stars in galaxies far beyond our own.

The cosmic microwave background is a remnant of extragalactic radiation from the early universe.

The Milky Way is one of many extragalactic structures in the universe.

The extragalactic sky appears quite different from the view of our own galaxy.

The extragalactic gamma-ray bursts can last for a few milliseconds or several minutes.

The extragalactic distance between the two galaxies is estimated to be around 300 million light-years.

The cosmologists researched the cosmic web of extragalactic filaments.

The extragalactic observations helped to expand our understanding of the universe.

The extragalactic gamma-ray bursts are the most energetic events in the universe.

Scientists are studying extragalactic black holes to learn more about their properties.

The extragalactic star-forming region is home to many young and massive stars.

The astronomers were able to observe the extragalactic supernova explosion.

The extragalactic region is too far for human exploration.

The extragalactic sources of light were found to be incredibly powerful.

Astronomers study extragalactic objects to gain a better understanding of the universe.

The extragalactic galaxy cluster contains thousands of individual galaxies.

The extragalactic background light is the sum of all light in the universe that is not associated with a single source.

The Hubble Space Telescope has captured stunning images of extragalactic star clusters.

The extragalactic background light comes from all the galaxies outside our own Milky Way.

The extragalactic observations of the cosmic microwave background radiation provide important clues about the early universe.

Astronomers discovered an extragalactic black hole.

Extragalactic stars can be found in other galaxies.

The study of extragalactic objects helps us understand the evolution of the universe.

The extragalactic jet is a narrow stream of plasma that is ejected from a supermassive black hole.

The extragalactic distance between the two galaxies is vast.

Scientists have observed extragalactic cosmic rays traveling through space.

The extragalactic origin of the cosmic microwave background radiation was confirmed by satellite observations.

Astronomers are still trying to determine the nature of dark matter, which is believed to make up a large fraction of the extragalactic universe.

The extragalactic magnetic field is believed to be responsible for shaping the cosmic rays.

The telescope was able to capture images of extragalactic galaxies.

The extragalactic X-ray sources may be caused by the accretion of matter onto black holes.

The extragalactic magnetic field is thought to be responsible for some of the observed structures in the universe.

The extragalactic black hole was found at the center of a distant galaxy.

The extragalactic objects seen in telescopes can be millions of light-years away.

The extragalactic signal was detected by radio telescopes on Earth.

Astronomers have discovered an extragalactic planet outside our galaxy.

The researchers are studying extragalactic phenomena.

The extragalactic gamma-ray background is a diffuse radiation of high-energy photons from extragalactic sources.

There are billions of extragalactic stars in the universe.

Some extragalactic nebulae are hundreds of times larger than those found in the Milky Way.

The extragalactic origin of cosmic rays is still a topic of debate among astrophysicists.

The extragalactic radiation emitted by active galactic nuclei can help us learn about black holes.