This little resistor resists more spark than a water resistor does.

It's quite small for a resistor of it's strength, but my test resistor was quite large, just so I could get a concept going. The concept worked. I tried my hand at a micro version. It was a bit thinner than this one, the diamond rectangles were 4 pixels tall instead of 5. It ended up cloning diamond instead after some time and it melted. This one is a bit wider to make some space between the clone and the diamond to prevent diamond cloning and still continues to cool the resistor down.

I may add this along with many other small electronics into a big collage of devices, but that's for when I get a small handful of them.

What do you think of this?

EDIT: Ok, this is like, stupidly strong. xD It releases 1 spark through for every 30 (rough estimate of the average) sparks put in. Wow. That's one strong resistor. I wonder how strong this would be if measured in Ohms. xD

1: Well, that's how cooling plasma works. It's random. But it's still VERY strong. Strongest I've seen. I'd be impressed if someone made stronger.
2: It needs space for a reliable cooling method. Otherwise, it melts from the plasma.

@dnerd (View Post)
About the same. This one sometimes goes a bit longer, or a bit shorter. Usually a bit longer though.

I have difficulty controlling life. Does it stay that way if you pause it and make them in that pattern pixel by pixel?

And when you said better I thought you meant stronger, it's just a better cooling device. This one does the job good enough. It's peak temperature is currently 400º which isn't that bad for some other elements. And cold can also affect surrounding elements if it is too cold. I guess we'd need something that is balanced somehow so it doesn't screw around as much.