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Dark Matter is a thriller science fiction novel by American writer Blake Crouch, first published in the United States in July 2016 by the Crown Publishing Group.The story is about a physicist who is kidnapped and sent to a parallel universe in which another version of his life unfolds because of a different choice he made fifteen years prior.
Dark Matter is an American science fiction television series created by Blake Crouch, based on his 2016 novel of the same name. It premiered on Apple TV+ on May 8, 2024, with two episodes. [ 1 ] In August 2024, the series was renewed for a second season.
Unlike dark matter, ordinary matter can lose energy by many routes, which means that as it collapses, it can lose the energy which would otherwise hold it apart, and collapse more quickly, and into denser forms. Ordinary matter gathers where dark matter is denser, and in those places it collapses into clouds of mainly hydrogen gas.
Dark Matter was nominated for a Shirley Jackson Award for best novel. [4] Paver includes a number of references to the author Robert Louis Stevenson. Firstly, the Stevenson screen is an instrument designed by Robert Louis Stevenson's father. Secondly, the character Gus Balfour's namesake comes from Robert Louis Stevenson's mother's maiden name ...
The ultimate fate of an expanding universe depends on the matter density and the dark energy density . The current scientific consensus of most cosmologists is that the ultimate fate of the universe depends on its overall shape, how much dark energy it contains and on the equation of state which determines how the dark energy density responds ...
Dark Matter, a 2007 novel by Juli Zeh; Dark Matter (Paver novel), a 2010 novel by Michelle Paver; Dark Matter (Crouch novel), a 2016 novel by Blake Crouch; Dark Matter (prose anthologies), an anthology series of science fiction, fantasy, and horror by writers of African descent; Dark Matter, a comic book series
It also predicts that the total curvature of a space-slice at constant global time is zero. This prediction implies that the total ordinary matter, dark matter and residual vacuum energy in the Universe have to add up to the critical density, and the evidence supports this. More strikingly, inflation allows physicists to calculate the minute ...
The density of dark matter in an expanding universe decreases more quickly than dark energy, and eventually the dark energy dominates. Specifically, when the volume of the universe doubles, the density of dark matter is halved, but the density of dark energy is nearly unchanged (it is exactly constant in the case of a cosmological constant).