Results 161 to 170 of about 5,566,689 (217)
Possible nonstellar explanation for the unexpected brightness of the earliest galaxies observed by the James Webb Space Telescope. [PDF]
Jacak JE.
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Synchrotron intensity gradient revealing magnetic fields in galaxy clusters. [PDF]
Hu Y +5 more
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A Deep Learning Biomimetic Milky Way Compass. [PDF]
Tao Y +7 more
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The Hyperbolically Symmetric Black Hole. [PDF]
Herrera L, Witten L.
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Tidal tail identification and detailed analysis of the open star cluster King 13 using Gaia DR3 and 2MASS. [PDF]
Ahmed NM, Darwish MS.
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Galaxy Tomography with the Gravitational Wave Background from Supermassive Black Hole Binaries
Chen Y.
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Scientific American, 1981
Recent work has shown the previous conceptions of the mass and radius of the Milky Way Galaxy to be significantly in error. The present paper discusses various aspects of the current efforts to understand the Milky Way Galaxy which have resulted in new values for the galactic radius and mass.
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Recent work has shown the previous conceptions of the mass and radius of the Milky Way Galaxy to be significantly in error. The present paper discusses various aspects of the current efforts to understand the Milky Way Galaxy which have resulted in new values for the galactic radius and mass.
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Astrophysics, 2000
On the basis of literature data, and assuming that the Milky Way satisfies the Tully-Fisher relationship, the main photometric and kinematic characteristics of the Galaxy are summarized. It is shown that, based on the aggregate of the large-scale properties, the Milky Way is a normal L* galaxy.
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On the basis of literature data, and assuming that the Milky Way satisfies the Tully-Fisher relationship, the main photometric and kinematic characteristics of the Galaxy are summarized. It is shown that, based on the aggregate of the large-scale properties, the Milky Way is a normal L* galaxy.
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2014
The Earth is orbiting around the Sun, which itself is orbiting around the center of the Milky Way. Our Milky Way, the Galaxy, is the only galaxy in which we are able to study astrophysical processes in detail. Therefore, our journey through extragalactic astronomy will begin in our home Galaxy, with which we first need to become familiar before we are ...
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The Earth is orbiting around the Sun, which itself is orbiting around the center of the Milky Way. Our Milky Way, the Galaxy, is the only galaxy in which we are able to study astrophysical processes in detail. Therefore, our journey through extragalactic astronomy will begin in our home Galaxy, with which we first need to become familiar before we are ...
openaire +1 more source

