Jasper
I've taken the great liberty of bringing in elements one through fourteen for your inspection. If you're paying very close attention, element fourteen's structure is almost completely unknown due to certain company trademarks in place. That's because silicone has been refined into an entirely man-made material over the years. It can be found in nearly everything from baking supplies to bedding. Did you know though, that silicone's raw natural form is known more simply as sand. That's right, it's sand with very high heat added. The amount of heat you'll need is very great, probably greater than your average oven range. I believe the temperature needed is somewhere around 3-4,000 degrees Fahrenheit. It's far greater than you'll find even in the desert, where temperatures regularly reach above 100, in Fahrenheit that is. Yes, you may certainly wonder what Fahrenheit is. It appears he and a guy named Celsius got into all out-bidding war over the temperature scale. You might laugh, but it sure looks that way, doesn't it.
You've got half the world that holds to one and another half that swears by the other. Altogether, the conversion between them is something like 9/5 or 5/9 multiplied by the given temperature depending on where it is you're coming from. Then you just add or subtract by 32. If you're going up from Celsius to Fahrenheit it's an addition because the temperature is greater. If you're going back down the ladder from Fahrenheit to Celsius, it's subtracted. Altogether it might be easier to just pick one and stick with it. When you do, make sure it is something the rest of the world also uses so you're not having to go back and forth. Also, the normal temperature range for Celsius is something like from 0, the freezing point, to 40 which is the above normal body temperature point. Fahrenheit can go from freezing at 32 to nearly 100 which is also over the normal body's temperature. On the point of why these two were developed, history is not very clear. Regardless though, to avoid confusion, it is best to pick one and stick with it.
Now the issue remains of where you're going to find something that heats up anything so high. You could do a glass furnace for sure. The temperatures there get pretty high. Think of it though, the usual way for making silica is by putting them in air tight containers. There the beads are stored, one at a time like so many pearly white and gelled grains of sand. Then again, the heat's only half your problem. Perhaps you've heard how the sand when trapped inside the oyster over time will make the pearl. Maybe you don't need anything quite so hot for that, who knows. The point remains though that a pretty warm temperature for a fairly long and constant time like being in an oyster's bed, will make something of value that doesn't quite resemble sand. Therefore, you'll need something hotter than an oyster if you don't wish it to take so half as long. Then you'll need to remember to do the stirring. Leave the container open in something like a pot, and don't forget to stir to add in lots of air. I told you you'll want to get this done much quicker.
That's because the chemical formula for jasper is oxygen plus silica. The fastest way though to put in air is by either stirring or blending. Stirring though is slower while blending might melt the thing you intend to do it with of course. Over time, it all melts together into something that resembles glass, but not quite. Then there's the issue of Jasper when it turns all those funny colors. There's red, some of it's green, and others even blue. Then you have variations of the three as well when they all come at once together. The reason for that has to do with the sedimentary layers of the earth. You know, when they all come together in the swirling bubbling goo, somehow there is pure jasper that is formed.
Let's go over the primary colors found in Jasper really quick. There's red, green, and blue primarily with all different variations thereof. In fact, there's as many colors of Jasper as there are the types of the earth. I'm afraid to better understand the reasons why, we'll have to go back to a simpler time of when the earth had been formed. In fact, we'll need a time just after that with something as chaotic as the flood. From there, we'll need to understand something about sedimentary layers and how the mixing of these contributes to the formation of the gemstones of earth. Theoretically, mixing these in with the Jasper should add something to color.
Element
Proton
Neutron
E Orbit 1
E Orbit 2
E Orbit 3
Hydrogen
1
1
Helium
2
2
2
Lithium
3
3
2
1
Beryllium
4
5
2
2
Boron
5
6
2
3
Carbon
6
6
2
4
Nitrogen
7
7
2
5
Oxygen
8
8
2
6
Fluorine
9
10
2
7
Neon
10
10
2
8
Sodium
11
12
2
8
1
Magnesium
12
12
2
8
2
Aluminum
13
14
2
8
3
Silicone
?
?
2
8
4
Having the glory of God: and her light was like unto a stone most precious, even like a jasper stone, clear as crystal;
Revelation 21:11