so my previous freon suggestion went unheeded. oh well. I have a new addition/update:
HSGS
-heat switch gas
-when it touches coal, it "freezes" and locks in the heat
-when it touches TUGN it "melts" and transfers the heat
-FLAMMABLE
*additional (suggested) properties section*
-when it touches brick, it turns the tmp of brick to 2 and makes the brick glow purple
-can enter release heat only and absorb heat only mode
-if it reaches max heat and stays at max heat for a period of time (flashing like vibr) explodes at lowest pressure and releases all of heat at once, even when "frozen"
-if it touches gun, turns into c5, with temp reset
-if it touches a photon, it glows, and briefly solidifies, then melts.
when HSGS reaches extreme pressures, it forms
HSWL
-heat switch liquid
-can be formed from touching an element (permenantly, regardless of pressure) and can turn to HSGS (permenantly regardless of pressure) for use in heat transfer
*
-averages heat instantaneously (like proposed graphene)
-when it comes into contact with iron, forms hydrogen (iron stays put) (for reactors)
-derp
CRYS
-crystal
-has a higher melting point than freezing point
-like qrtz, but each color has individual resistances to electricity and heat (tmp). the higher the resistance, the higher the temp created by an electronical charge.
-pscn adds red glow
-nscn adds blue glow
-ntct adds yellow
-ptct adds white
-gold adds black
-all bits touching
(basically an active color block that can be changed with materials and piston)
-if an electron hits it, it releases heat and glows like charged deut
-light becomes the crystal's color like filt
-neut turns into hygn when it touches CRYS
uses:
HSGS&HSWL
-both have uses in regards to heat control and transfer. most prevalent use here.
*think any possible use for
-just other crazy reactions for the added interest of other people :P
CRYS
-allows for differences in resistance and heat conductivity for electronics and thermometers
-RGB screen, changeable filt regardless of heat
-