An astrophysicist from Oxford has put forward a new theory that suggests that dark matter and dark energy are actually part of the same phenomenon: a “dark fluid” with negative mass that fills the universe.
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Our universe seems to contain a suspiciously perfect amount of "dark energy" to sustain life. But new research suggests that life is still possible even with far more dark energy than we have, and the results have some big implications for the multiverse theory.
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The first intriguing findings have been released from the Dark Energy Survey, a project studying the mysterious force that seems to be accelerating the expansion of the universe. The study has discovered 11 new stellar streams, the remains of other galaxies that our own Milky Way has torn to shreds.
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The Lambda Cold Dark Matter model suggests that 68 percent of the universe is made up of dark energy. But a new study has questioned whether dark energy exists, citing simulations that found that accounting for the structure of the cosmos, the gap in the theory, which dark energy fills, vanishes.
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Astronomers say they've made the most precise measurements to date of dark energy, while pinpointing the positions of 1.2 million galaxies in the largest ever 3D map of the universe. The map covers over a quarter of the sky, spanning a volume of 650 cubic billion light years.
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New measurements carried out using the Hubble Space Telescope suggest that the Universe may be expanding up to 9 percent faster than previously believed.
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The European Space Agency's (ESA) planned Euclid mission, which aims to study dark matter and dark energy, has reached a key pre-flight milestone. The endeavour has now passed its preliminary design review, allowing the team to actually start building the spacecraft.
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An international team of astronomers has used multiple telescopes to study two large patches of sky, searching for the X-ray emissions from distant galaxy clusters. It's hoped that the work will provide insights into the nature of dark matter and dark energy.
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NASA astronomers may have found a way to take more precise measurements of the distances between galaxies. By using it, our measurements and therefore understanding of the observable universe could be greatly refined.
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Recent research has suggested that the orbiting GPS network could be used to detect waves of dark matter that pass between them and the surface of the Earth by measuring any inconsistencies detected in on-board atomic clock time signals.
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