There was a suggestion I read a long time ago that would eliminate the need for "advanced temperatures." It would be a fusion element/catalyst that would allow fusion to occur at lower temperatures, and it would also turn red, yellow, white, and blue as it becomes progressively hotter. Here's my idea of how it would work in this context:

• The fusion element would be produced from molten PTNM and CO2 under some very specific conditions.
• If it is cooled below 1768C, it will deposit back into PTNM and CO2.
• HYGN -> NBLE tmp2=0 at 50 pressure, with a higher probability than PTNM alone
• NBLE tmp2=0 -> CO2 at 100 pressure
• CO2 -> OXYG at 2500C and 150 pressure
• OXYG -> NBLE tmp2=324 at 3000C and 160 pressure
• NBLE tmp2=324 -> molten MAGN at 3500C and 170 pressure
• Molten MAGN -> molten SLCN at 3750C and 180 pressure
• Molten SLCN -> molten SULF at 4000C and 190 pressure
• Molten SULF -> NBLE tmp2=54 at 4250C and 200 pressure
• NBLE tmp2=54 -> molten CLCM at 4500C and 210 pressure (lower temperature than NBLE fuses on its own)
• Molten CLCM -> molten TTAN at 9000C and 220 pressure
• Molten TTAN -> molten CHRM at 9500C and 230 pressure
• Molten CHRM -> molten BMTL at 9720C and 250 pressure (no need for Newtonian gravity)

The above sequence is just an example. If new elements beyond the single fusion element should not be added, it could also create molten forms of other existing elements (i.e. adding stages between OXYG and BMTL). The fusion element is unrelated to STKM.

This is an old rule, but any suggestions pertaining STKM are immediately rejected. 

how are you sure exactly one save will be broken?? (0!=1)

KyleTheCreator:

@velsuki (View Post)

 Guy who started

@KyleTheCreator (View Post)

 What does this even mean? 

Sulfur can be used as a fertilizer to help promote SEED growth. Sulfur also burns a light blue flame when exposed to OXYG. Also calcium could be added to magnesium to make it resistant to corrosion by ACID. It can also remove any unwanted OXYG and sulfur. Also when mixed with CNCT it can make it stronger. It can also neutralize WATR affected by URAN, ACID, PLUT. Calcium doesn't have to help STKM to be useful. Magnesium can also help promote SEED growth as a macro nutrient, similar to what it does in real life. As seen with epsom salt.  

@KyleTheCreator

@NF is mainly confused with, "It can also remove any unwanted OXYG and sulfur" by the way.

@pacmanfan123 (View Post)

 I'm not confused by that. Rather his vague post “Guy who started”. Calcium serves as a deoxidizer and desulfurizer. Sulfur and magnesium are macronutrients, this would help SEED. Serving as fertilizer substitutes.They could even help PLNT and VINE. However with what I listed above, don't know if that'd break saves, or not. Edit: Calcium can also help other metals such as HEAC, IRON, METL, from ACID corrosion. Essentially acting as a protective layer to metals. It is not indestructible, it'll corrode if too much ACID is applied. Also it can remove any impurities when smelting. Calcium can also be used as a macronutrient in its powdered form to help SEED, PLNT, VINE. 

As for when calcium reacts with WATR, fizzes smoothly, slowly generating into HYGN. Turning into a neutralized base, thus the remaining WATR turns into SLTW. Calcium when it reacts with ACID aggressively neutralizes turns into SALT. When calcium reacts with URAN/PLUT stabilizes nuclear reactions.