Dune, also known as the Dune Chronicles, is an American science fiction media franchise that originated with the 1965 novel Dune by Frank Herbert and has continued to add new publications. Dune is frequently described as the best-selling science fiction novel in history. It won the inaugural Nebula Award for Best Novel and the Hugo Award in 1966, and was later adapted into a 1984 film, a 2000 television miniseries, and a 2021 film. The latter will be followed by a 2023 direct sequel. Herbert wrote five sequels, the first two of which were adapted as a 2003 miniseries. Dune has also inspired tabletop games and a series of video games. Since 2009, the names of planets from the Dune novels have been adopted for the real-world nomenclature of plains and other features on Saturn's moon Titan.
Frank Herbert died in 1986. Beginning in 1999, his son Brian Herbert and science fiction author Kevin J. Anderson published several collections of prequel novels, as well as two sequels that complete the original Dune series (Hunters of Dune in 2006 and Sandworms of Dune in 2007), partially based on Frank Herbert's notes discovered a decade after his death.
The political, scientific, and social fictional setting of Herbert's novels and derivative works is known as the Dune universe or Duniverse. Set tens of thousands of years in the future, the saga chronicles a civilization that has banned all "thinking machines", which include computers, robots, and artificial intelligence. In their place, civilization has developed advanced mental and physical disciplines as well as advanced technologies that adhere to the ban on computers. Vital to this empire is the harsh desert planet Arrakis, the only known source of the spice melange, the most valuable substance in the universe.
For the similarities between some of Herbert's terms and ideas and actual words and concepts in the Arabic language, as well as the series' "Islamic undertones" and themes, a Middle Eastern influence in Herbert's works has been widely noted.
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The Bene Gesserit (ˈbɛniː_ˈdʒɛsərɪt) are a key social, religious, and political force in Frank Herbert's fictional Dune universe. The group is described an exclusive sisterhood whose members train their bodies and minds through years of physical and mental conditioning to obtain superhuman powers and abilities that seem magical to outsiders. Members who have acquired the breadth of Bene Gesserit abilities are called Reverend Mothers. The Bene Gesserit are focused on acquiring more power and influence to direct humanity on an enlightened path.
Arrakis (əˈrɑːkᵻs)—informally known as Dune and later called Rakis—is a fictional desert planet featured in the Dune series of novels by Frank Herbert. Herbert's first novel in the series, 1965's Dune, is considered one of the greatest science fiction novels of all time, and it is sometimes cited as the best-selling science fiction novel in history. In Dune, Arrakis is the most important planet in the universe, as it is the only source of the drug melange.
Multiple organizations of the Dune universe dominate the political, religious, and social arena of the setting of Frank Herbert's Dune series of science fiction novels, and derivative works. Set tens of thousands of years in the future, the saga chronicles a civilization which has banned computers but has also developed advanced technology and mental and physical abilities through physical training, eugenics and the use of the drug melange. Specialized groups of individuals have aligned themselves in organizations focusing on specific abilities, technology and goals.
The wind-driven saltation of granular material plays a key role in various geophysical processes on Earth, Mars, Venus, and Titan. Although interparticle cohesion is known to limit the number of grains lifted from the surface through aerodynamic entrainmen ...
AMER GEOPHYSICAL UNION2019
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Cellular-automata-based modelling for simulating snow bedforms and snow deposition is introduced in this study. The well-known ReSCAL model, previously used for sand bedforms, is adapted for this purpose by implementing a simple sintering mechanism. The ef ...
Copernicus GmbH2019
We consider one-dimensional bedforms (e.g., anti-dunes, dunes, ripples), and investigate their stability and stochastic dynamics by combining numerical stochastic simulations and linear stability analysis. We focus on anti-dune development in supercritical ...