Usage Examples
Filter by Meaning The astrosphere is the region where stars and their outflowing materials have significant effects.
The astrosphere is a complex and dynamic region where the interstellar medium and the stellar winds interact.
The astrosphere can have a significant impact on the space environment around a star.
The astrosphere can be observed using telescopes and other scientific instruments.
The shape of the astrosphere can be affected by the motion of the star through the interstellar medium.
The astrosphere is an important area of research in astronomy and astrophysics.
The discovery of a new astrosphere with potential for habitable planets is exciting news for astrobiologists.
The size and temperature of a star's astrosphere can greatly affect the habitability of any exoplanets in its vicinity.
The astrosphere of a star can be influenced by the presence of gas giants in its orbit.
A planet located within the astrosphere of a star may have the necessary conditions to support liquid water on its surface.
The astrosphere of our sun includes the habitable zone where Earth is located.
The discovery of an astrosphere with multiple potentially habitable exoplanets is a rare and exciting find.
The astrosphere of the TRAPPIST-1 system has seven exoplanets that are potential candidates for life.
A star's astrosphere protects its exoplanets from harmful cosmic rays and solar flares.
Astronomers are searching for exoplanets in the astrosphere of distant stars.
The astrosphere of our own sun is being studied to better understand the potential for life in our solar system.
The astrosphere of a star can be affected by the activity of its magnetic field.
The discovery of a potential exoplanet in the astrosphere of Proxima Centauri made headlines around the world.
The astrosphere of Uranus has a surprisingly variable magnetic field.
The astrosphere of a planet can create a bow shock as it interacts with the solar wind.
The astrosphere of Saturn has unique features such as its hexagonal polar vortex.
The astrosphere of Neptune has been studied extensively by the Voyager 2 spacecraft.
The astrosphere of Pluto is affected by its elliptical orbit.
The astrosphere of Pluto has been found to be much larger than expected.
The astrosphere of Mercury is relatively small due to its proximity to the Sun.
The astrosphere of Mars is known for its dusty and thin atmosphere.
The astrosphere around Earth is called the magnetosphere.
The astrosphere of Jupiter is the most powerful in the solar system.
The astrosphere of Neptune is the farthest from the Sun.
The astrosphere of a star can have a significant impact on the habitability of its planets.
The astrosphere of Venus has been studied extensively using data from spacecraft such as the Pioneer Venus Orbiter and the Venus Express mission.
The astrosphere of a planet can also affect the distribution and dynamics of its atmosphere and ionosphere.
The astrosphere is thought to be the site of intense magnetic activity.
The astrosphere of a star is a complex region that requires careful observation and study to understand.
The astrosphere of a planet is a key area of research for understanding the fundamental physics of plasmas and magnetic fields in space.
The astrosphere of Saturn is shaped like a teardrop due to its interaction with the solar wind.
The astrosphere is a key component in the study of the interstellar medium.
The astrosphere is a complex and dynamic region of space.
The astrosphere of a planet can interact with the heliosphere and other astrospheres to create complex multi-scale structures, such as the heliopause and the local interstellar cloud.
The astrosphere is hypothesized to have a significant impact on the dynamics of a star's planetary system.
Astronomers study the astrosphere to better understand the properties of stars.
The astrosphere of a neutron star is an area where the magnetic field is so strong that it affects the behavior of matter.
The astrosphere is a relatively unexplored region of space.
The astrosphere contains high-energy particles and magnetic fields.
The astrosphere around the star is believed to trap dust particles due to the balance between radiation pressure and gravity.
The astrosphere of a planet can have a significant impact on the habitability of that planet, by shielding it from harmful radiation and providing a protective environment for the atmosphere and biosphere.
The astrosphere of a pulsar is an important region to study for understanding the dynamics of its magnetic field.
The astrosphere is filled with plasma and magnetic fields.
The astrosphere around the black hole is the point of no return for anything that enters it.
The astrosphere of Uranus is tilted at an angle of 60 degrees to its rotational axis, leading to complex and variable interactions with the solar wind.
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