Post by: Matt Williams
10 May , 2018 by Matt Williams
According to a new study by a team of Earth scientists and geologist, the way Venus and Jupiter affect Earth’s orbit is the most predictable and stable indicator of periodic changes in our climate.
Astronomy, Mars, Solar System
A new study by an international team of researchers indicates that Mars’ growth was stunted due to the orbital instability of the planets in the outer Solar System.
8 May , 2018 by Matt Williams
At a recent space conference in China, the Chinese space agency recently indicated that the Long March 8 rocket will include a reusable first stage
A new study by an international team of scientists ventures that the Earth has had several moons in the past, all of which crashed to Earth over time.
Astronomy, Space Exploration
7 May , 2018 by Matt Williams
According to a new study, one of the greatest health risks posed by missions to the Moon could be the health effects of breathing lunar dust.
4 May , 2018 by Matt Williams
Stephen Hawking’s final theory, which was recently published, offers an new take on the Big Bang Theory that could revolutionize the way we think of the Universe
Astronomy, NASA, Technology
In collaboration with the Department of Energy, NASA recently conducted a successful demonstration of a new fission system that could enable long-duration missions to the Moon, Mars, and beyons
Astronomy, Extrasolar Planets, TRAPPIST-1
3 May , 2018 by Matt Williams
According to a new study by a team of Columbia University’s Cool Worlds Lab, one of the TRAPPIST-1 planets had a large iron core, which could have immense implications for its habitability.
2 May , 2018 by Matt Williams
As part of the 2018 NASA Innovative Advanced Concepts (NAIC) program, a team of scientists from across the US was recently given a Phase I award for their self-assembling space telescope concept.
Astronomy, esa, Gaia
In addition to revealing the proper motion of over a billion stars in the Milky Way, the 2nd data release from the Gaia mission also revealed the proper motions of stars in the Large Magellanic Cloud.
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