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machine_name : "Extensive states of matter"; | ||
machine_version : 1.0.0; | ||
machine_author : "John Haugeland <stonecypher@gmail.com>" | ||
machine_license : MIT | ||
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jssm_version : >= 5.0.0; | ||
graph_layout : dot; | ||
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// see also `extensive states of matter.jssm` | ||
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// normal states of matter | ||
&BasicStates: ["Bose-Einstein condensate" Solid Liquid Gas Plasma "Quark gluon plasma"]; | ||
(|-1|) <= 'Cool' &BasicStates 'Heat' => (|+1|); | ||
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Solid 'Sublimate' <-> 'Deposit' Gas; | ||
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Solid 'Zero-field cooling' <-~> 'Heat' "Type I superconductor"; | ||
Solid 'Mixed-state cooling' <-~> 'Heat' "Type II superconductor"; | ||
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Solid 'Magnetic exposure' -> "Magnetic material" 'Negative potential' -> Ferromagnet 'Heat' -> Solid; | ||
"Magnetic material" 'Positive potential' -> Paramagnet 'Heat' -> Solid; | ||
"Magnetic material" 'Opposed potential' -> Antiferromagnet 'Heat' -> Solid; | ||
"Magnetic material" 'Composite potential' -> Ferrimagnet 'Heat' -> Solid; | ||
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Solid 'Magnetic application' <-> 'Heat' Metamagnetism; | ||
Solid 'Geometric frustration' <-~> 'Heat' "Quantum spin liquid"; | ||
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Liquid 'Pressure cool' <-~> 'Heat' Superfluid 'Spin' <-> 'Agitation' "Quantized Vortex" 'Heat' -> Liquid; | ||
Liquid 'Pressure heat' <-~> 'Cool' "Supercritical fluid"; | ||
Liquid 'Fast quench' <-> 'Heat' Glass; | ||
Liquid 'Magnetic quench' <-> 'Heat' "Magnetic spin glass"; | ||
Liquid 'Rotary order' <-> 'Heat' "Plastic crystal" 'Fast quench' -> "Orientational glass" 'Heat' -> Liquid; | ||
Liquid 'Charge' <-> 'Heat' "Liquid crystal"; | ||
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[Solid Liquid] 'Covalent arrangement' <-> 'Heat' Copolymer; | ||
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&BasicStates 'Pressure' <-~> 'Release' "Degenerate matter" 'Pressure' ~> Singularity; | ||
"Quark gluon plasma" 'Pressure' <-~> 'Release' "Quark liquid" 'Heat' -> Liquid; | ||
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&BasicStates 'Accelerate' <-~> 'Slow' "Color-glass condensate"; | ||
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"Quark gluon plasma" 'Chiral condensation' -> "Fermionic condensate" 'Time' -> "Superfluid"; | ||
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Plasma 'Wire' <-> 'Expansion' "Tomonaga-Luttinger liquid"; | ||
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[Solid "Bose-Einstein condensate"] 'Low-energy ordering' <-~> 'Heat' "Time crystal"; |