The T2003 663 galaxy (one of the galaxies in the HDFN survey) is a spiral galaxy 12,500 million light-years (redshift of ~4.6) from Earth in the Ursa Major constellation, and is 10,000 light-years in diameter (10 times smaller than the Milky Way), and contains about 1 billion stars (1 percent of the Milky Way's stars). It emitted its light 12,500 million years ago when the universe was 1300 million years old.
The T2003 1484 galaxy (one of the galaxies in the HDFN survey) is a spiral galaxy 6000 million light-years from Earth in the Ursa Major constellation, and is 30,000 light-years in diameter, and contains about 60 billion stars.
The T2003 753 galaxy (one of the galaxies in the HDFN survey) is a barred spiral galaxy 7600 million light-years from Earth in the Ursa Major constellation, and is 50,000 light-years in diameter, and contains about 100 billion stars.
Since T2003 767 is an elliptical galaxy 12.5 billion light years from us, it will take 12.5 billion years for the message to reach its intended designation (and an additional 12.5 billion years for any reply from an alien civilization).
Since T2003 1423 is a spiral galaxy 12.5 billion light years from us, it will take 12.5 billion years for the message to reach its intended designation (and an additional 12.5 billion years for any reply from an alien civilization).
The T2003 600 galaxy (one of the galaxies in the HDFN field) is a spiral galaxy 8000 million light-years (redshift of 1.05) from Earth, and is 60,000 light-years in diameter (1.7 times smaller than the Milky Way) and contains about 40 billion stars (40 percent of the Milky Way's stars)
Since T2003 1529 is a spiral galaxy 12.7 billion light years from us, it will take 12.7 billion years for the message to reach its intended designation (and an additional 12.7 billion years years for any reply from an alien civilization).
The T2003 1423 galaxy (one of the galaxies in the HDFN field) is a spiral galaxy 12,500 million light-years (redshift of 5) from Earth in the Ursa Major constellation, and is 10,000 light-years in diameter (10 times smaller than the Milky Way), and contains about 1 billion stars (1 percent of the Milky Way's stars).
The T2003 767 galaxy (one of the galaxies in the HDFN survey) is an elliptical galaxy 12,500 million light-years (redshift of 5.2) from Earth in the Ursa Major constellation, and is 25,000 light-years in diameter (4 times smaller than the Milky Way), and contains about 50 billion stars (50 percent of the Milky Way's stars).
The T2003 1073 galaxy (one of the galaxies in the HDFN survey) is a spiral galaxy 11,700 million light-years (redshift of 3.3) from Earth in the Ursa Major constellation, and is 10,000 light-years in diameter (10 times smaller than the Milky Way), and contains about 1 billion stars (1 percent of the Milky Way's stars).
The T2003 1659 galaxy (one of the galaxies in the HDFN survey) is a peculiar spiral galaxy 6900 million light-years (redshift of 0.79) from Earth in the Ursa Major constellation, and is 40,000 light-years in diameter (2.5 times smaller than the Milky Way), and contains about 60 billion stars (60 percent of the Milky Way's stars). It emitted its light 6900 million years ago when the universe was 6900 million years old.
The T2003 1670 galaxy (one of the galaxies in the HDFN survey) is a peculiar spiral galaxy 7500 million light-years (redshift of 0.95) from Earth in the Ursa Major constellation, and is 60,000 light-years in diameter (1.7 times smaller than the Milky Way), and contains about 40 billion stars (40 percent of the Milky Way's stars). It emitted its light 7500 million years ago when the universe was 6200 million years old.
The T2003 1883 galaxy (one of the galaxies in the HDFN survey) is a spiral galaxy 11,700 million light-years (redshift of 3.4) from Earth in the Ursa Major constellation, and is 10,000 light-years in diameter (10 times smaller than the Milky Way), and contains about 1 billion stars (1 percent of the Milky Way's stars). It emitted its light 11,700 million years ago when the universe was 2000 million years old.