Copper, it will posses properties like real-life copper, such as, Excellent thermal conductivity, Electrical Conductivity, Highly corrosion resistant, and a melting point of 1,085 Degrees Celcius. COPR will also be able to be used for electrolysis, and even perhaps alloys, like if COPR is bordering METL there melting points are higher, or if using BMTL, the pressure needed to break it is increased. Also, if possible, when COPR is exposed to OXYG it will gain a blue-greenish tint, the more exposure, the stronger the tint is. [Note: Alloys may not be possible, this function does not have to be added.]
I vote for the attraction/repulsion of molten metal by a spark. I have an example of a huge "bug" where this almost works as a storage.
(* No new element required. pscn is suitable. )
For
My msg not about magnetic
PSCN <-MOLTEN METL-> NSCN, safety freeze control, at first time.
https://powdertoy.co.uk/Browse/View.html?ID=3170600
Element scom, hardcore algorithm for manipulate.
@Interface-operator (View Post)
Hi there. Not really sure if this is a suggestion you are making for copr, which has once again been rejected, or to just in general have molten metal (or at least molten pscn) attracted/repulsed by sprk.
This will likely never happen, as many times there have been suggestions for an electromagnetic field, and they are always rejected. If you wish to use something that does exist, gpmp can be turned on with pscn and off with nscn, and when newtonian gravity is on, it will repulse/attract nearby elements (depending on its temperature).
But short of adding a toggleable electromagnetic field, this suggestion would break many saves for no real benefit.