Faig Ahmed's melting rug, too, toyed with unexpected thrills, physicalizing solid becoming liquid.
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During the earthquake, soil liquefaction caused the ground to boil, the dirt in the village becoming liquid.
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The Liquescent Project Liquescent is becoming liquid. We come from, are made of, and consume liquid. Water is an integral part of who we are. With breakthrough footage Roark is exploring and rediscovering this underwater world.
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Instead what I am capturing is a window of time-continuous movement from point A to B, in a world of no gravity.” Liquescent allows you to see what the naked eye can not- movement that is fluid, flowing, unrestricted and graceful. As the beauty unfolds the human form transcends, becoming liquid.
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The gleba consists of mycelium, and basidia and may also contain capillitium threads. Gleba found on the fruit body of species in the family Phallaceae is typically gelatinous, often fetid-smelling, and deliquescent (becoming liquid from the absorption of water). It is formed on the exterior face of the cap or the upper part of the fruit body. The foul smell helps to attract insects that help disperse the spores.
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The spore- containing substance, the gleba, is typically gelatinous, often foul-smelling, and deliquescent (becoming liquid from the absorption of water). The gleba is formed on the exterior face of the cap or the upper part of the receptacle. The basidia are small and narrowly club-shaped or fusiform, short-lived (evanescent), with four to eight sterigmata. The spores are usually ellipsoid or cylindrical in shape, hyaline or pale brown, smooth, more or less smooth- walled, and truncated at the base.
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Sublimation is the process by which water molecules directly leave the surface of ice without first becoming liquid water. Sublimation accounts for the slow mid-winter disappearance of ice and snow at temperatures too low to cause melting. Antarctica shows this effect to a unique degree because it is by far the continent with the lowest rate of precipitation on Earth. As a result, there are large areas where millennial layers of snow have sublimed, leaving behind whatever non-volatile materials they had contained.
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A diagram of Jupiter showing a model of the planet's interior, with a rocky core overlaid by a deep layer of liquid metallic hydrogen (shown as magenta) and an outer layer predominantly of molecular hydrogen. Jupiter's true interior composition is uncertain. For instance, the core may have shrunk as convection currents of hot liquid metallic hydrogen mixed with the molten core and carried its contents to higher levels in the planetary interior. Furthermore, there is no clear physical boundary between the hydrogen layers—with increasing depth the gas increases smoothly in temperature and density, ultimately becoming liquid.
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