Usage Examples
Filter by Meaning The astrosphere is a dynamic region where the plasma and magnetic fields are constantly changing.
The astrosphere of a star can be used to estimate the star's age and activity level.
The astrosphere of Uranus is unique among the planets in our solar system, due to the planet's highly tilted magnetic field and unusual rotational characteristics.
The astrosphere protects the inner planets of a star's solar system from harmful cosmic radiation.
The astrosphere is affected by the magnetic field of the galaxy.
The astrosphere of a star can be detected through its interaction with cosmic rays.
The astrosphere of Earth is also called the magnetosphere.
The astrosphere of the star was studied by scientists using powerful telescopes.
The astrosphere of a star can reveal important information about the composition and characteristics of its surrounding exoplanets.
The astrosphere of a planet can provide protection from harmful cosmic rays and particles.
The astrosphere is a complex region where many different physical processes occur.
The astrosphere is characterized by a mix of ionized gas and magnetic fields.
The astrosphere around the black hole was so intense that it distorted the fabric of space-time itself.
The astrosphere around the black hole is where the laws of physics break down.
The astrosphere of Mars is much weaker than that of Earth due to its smaller size and weaker magnetic field.
The astrosphere around the black hole was full of dust and gas that were being pulled into it.
The astrosphere of Earth plays a critical role in protecting the planet from the harmful effects of solar winds and cosmic radiation.
The astrosphere is an important area of research for scientists studying the dynamics of the universe.
The astrosphere is a challenging region to observe and study due to its complexity and the difficulty of detecting its faint emissions.
Some scientists have proposed that the astrosphere may be a potential location for extraterrestrial life.
The astrosphere around a neutron star can be affected by the presence of a nearby companion star.
The astrosphere around the neutron star is a region of space where the magnetic field can interact with the interstellar medium.
The size and shape of the astrosphere can vary depending on the characteristics of the star.
The astrosphere of our sun is constantly changing due to the variability of its solar wind.
The astrosphere of Mercury is one of the smallest and weakest among the planets in our solar system.
The astrosphere is the outermost layer of a star's atmosphere.
The astrosphere of a star is constantly expanding and changing shape over time.
The astrosphere is a region where the solar wind from a star collides with the interstellar medium.
The astrosphere of the Sun extends far beyond the orbit of Pluto.
The astrosphere is composed of highly ionized gas that is constantly flowing out from the star.
The astrosphere of a star is shaped by the interstellar medium it moves through.
The astrosphere of a star can be shaped by the magnetic field of the interstellar medium.
The astrosphere of a neutron star can have a strong effect on the surrounding interstellar medium.
The astrosphere around a pulsar can be shaped by the motion of the pulsar through the interstellar medium.
The astrosphere around the neutron star is a complex region of space that is still not fully understood.
The astrosphere of the pulsar has a shape that is determined by the magnetic field and the surrounding medium.
The astrosphere of the pulsar is a highly energetic and magnetic region of space.
The astrosphere of a magnetar is thought to be responsible for the production of gamma-ray bursts.
The astrosphere around the black hole is one of the most fascinating features of space.
The astrosphere around the black hole was known as the event horizon, beyond which nothing could be seen or detected.
The astrosphere around the black hole has a diameter of millions of kilometers.
The astrosphere around the black hole was thought to contain jets of particles that were being emitted by the black hole itself.
The astrosphere of the Milky Way extends beyond the edge of the galactic disk.
Understanding the astrosphere is key to understanding the evolution of galaxies.
The astrosphere is a key region for studying the interstellar medium and the feedback from stars on their environment.
The astrosphere is the area where the interstellar medium meets the stellar winds.
The astrosphere is an important research topic for astrophysicists.
The Voyager 2 spacecraft recently entered the astrosphere and provided new insights into the boundary between our solar system and interstellar space.
The astrosphere is a source of cosmic rays and can have an impact on the habitability of planets in its vicinity.
The astrosphere is a fascinating subject of research that can provide insights into the formation and evolution of galaxies and the universe as a whole.
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