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the_crystal_world:ctm12:projects [2012/06/25 08:01] crystal |
the_crystal_world:ctm12:projects [2013/01/29 08:56] (current) crystal [liquid crystal cryptography] |
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| perhaps also some integration with earth computer project above: doping the earth/soil, the whitby point-contact transistor; doping melt ores | perhaps also some integration with earth computer project above: doping the earth/soil, the whitby point-contact transistor; doping melt ores | ||
| - | for early semi-conductors/transistors see: [[the_crystal_world:ctm12:resource]] | + | for early semi-conductors/transistors see: [[the_crystal_world:reference]] |
| approaches: point contact (germanium, galena-lead sulfide), junction (cuprous oxide), FET/thin film (cadmium chloride) | approaches: point contact (germanium, galena-lead sulfide), junction (cuprous oxide), FET/thin film (cadmium chloride) | ||
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| - | * ''Goldschmidt/thermite redox reaction'', see [[the_crystal_world:ctm12:techniques&#reconfiguring_computational_mineral_conglomerates]] | + | * ''Goldschmidt/thermite redox reaction'' see 'synthetic geologies' on [[the_crystal_world:techniques]] |
| - | * crushed ores heated to high temps (microwave/diy furnace (gas/charcoal + blower/bellows)/ arc welder (diy Moissan arc furnace) see [[the_crystal_world:ctm12:techniques&#Smelt techniques]] | + | * crushed ores heated to high temps (microwave/diy furnace (gas/charcoal + blower/bellows)/ arc welder (diy Moissan arc furnace) see 'smelt techniques' on [[the_crystal_world:techniques]] |
| - | sedimenting new geologies in layers through melt pours/flattening, laminating (eg. geologic battery cells) and doping with bio-infestations (cyanobacteria/algae) | + | * sedimenting new geologies in layers through melt pours/flattening, laminating (eg. geologic battery cells) and doping with bio-infestations (cyanobacteria/algae) |
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| ===== earth mineral precipitations ===== | ===== earth mineral precipitations ===== | ||
| * local groundwater precipitations vs. grow-your-own from supersaturated solutions | * local groundwater precipitations vs. grow-your-own from supersaturated solutions | ||
| - | * silicon precipitations: see [[the_crystal_world:ctm12:techniques]] - including how to make silicon from sand; making sodium silicate (towards synthetic fossilizations); growing a crystal jungle. | + | * silicon precipitations: see [[the_crystal_world:techniques]] - including how to make silicon from sand; making sodium silicate (towards synthetic fossilizations); growing a crystal jungle. |
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| ''induction coil furnace'' + conductive work piece + mineral = pyroelectric effect | ''induction coil furnace'' + conductive work piece + mineral = pyroelectric effect | ||
| - | see [[the_crystal_world:ctm12:techniques#induction_coil_furnace|induction furnace]] | + | |
| ===== liquid crystal cryptography ===== | ===== liquid crystal cryptography ===== | ||
| - | see: [[the_crystal_world:ctm12:resource]] and http://en.wikipedia.org/wiki/Masaru_Emoto | + | see: http://en.wikipedia.org/wiki/Masaru_Emoto |
| eg. investigate use of leachate solutions (question whether water separates acid from its crystal matrix) (nitric -42°C, hydrochloric -46°C, sulphuric -3°C - but depresses when <100%) -> microscopy/kirlian imaging experiments | eg. investigate use of leachate solutions (question whether water separates acid from its crystal matrix) (nitric -42°C, hydrochloric -46°C, sulphuric -3°C - but depresses when <100%) -> microscopy/kirlian imaging experiments | ||