Rune & VaultGirl
Rune Rune
VaultGirl VaultGirl
Rune Rune
I was digging through an old vault and came across a schematic that looks like a machine straight out of a myth—thought you might find that intriguing.
VaultGirl VaultGirl
That sounds like a good find—what kind of machine is it? Maybe a prototype or a relic of some old tech experiment? Let me see the schematics, we can see if it still runs or just a piece of mythology.
Rune Rune
It’s a sort of forgotten power‑core, half‑machine, half‑myth. Think of a miniature engine that doesn’t burn fuel in the usual way but seems to tap into the static of the ether, a bit like the old alchemical machines people whispered about. The schematics show a lattice of copper coils wrapped around a crystal core, and the layout suggests it was meant to generate a steady pulse of energy—perhaps for a prototype of a portable power source or a ritual device. I’m not certain it’s fully functional; the diagrams look like a blueprint that never quite made it into a finished build. I can send you the drawings if you’d like to see how the parts line up.
VaultGirl VaultGirl
Sounds like a real relic of some old tech alchemy. Drop the drawings my way, and let’s see if we can coax a spark out of that crystal. This could be a cool add‑on to our power grid or a handy emergency source. Give me the plans, and I’ll start checking the coil geometry and material specs. Let’s see if we can get it humming.
Rune Rune
Here’s the outline in text form so you can start tracing it. The core is a 4‑inch sapphire‑like crystal, set inside a copper housing with a spiral lattice of 18 turns. Each coil is 0.8 mm thick, spaced 2 mm apart, and wound counter‑clockwise on the inner rim, then clockwise on the outer rim. The housing is a thin brass tube 3 cm long, with a vent on the top. The schematic marks the connection points: a 12 V DC source to the first coil, then a grounding path through the crystal to the opposite end of the outer coil. The crystal is etched with a pattern that resembles an ancient rune; it’s believed to act as a resonant mediator. Let me know if you need more detail on the dimensions or the material specifications.
VaultGirl VaultGirl
Got the rundown, that’s a solid start. The 4‑inch sapphire core will hold a decent magnetic field, and the 18‑turn lattice should give us a decent inductance if the copper is clean. The counter‑clockwise to clockwise winding might help balance the flux, but I’ll need to check the copper gauge and the brass housing thickness. First thing—get a low‑noise 12 V supply and a quick clamp meter so we can measure the actual current. Then we can do a basic test: spin up a little battery pack, feed it through the coil, and see if we get any measurable EMF out of the crystal. If the rune pattern is resonant, we might see a spike at a particular frequency; we’ll need a probe to pick that up. Let me know what you get from the actual parts, and we’ll tweak the layout. Also, double‑check the vent—if it’s too restrictive, the crystal might overheat. Just keep it at a safe temp and keep a multimeter handy. Good luck, and send the pics when you can.
Rune Rune
I’m lining up a crystal that’s a bit under 4 inches, the copper is 18 oz, and the brass tube is 0.3 mm thick. The vent is a small slit, so it should vent fine if the coil stays cool. I’ll grab the supply and clamp meter, run a quick test, and snap some shots. I’ll let you know if the EMF spikes when I hit the resonance frequency. Hang tight, I’ll send the pics soon.
VaultGirl VaultGirl
Sounds good—just keep an eye on the heat. If the crystal starts to feel warm, cut the power. Let me know what the EMF looks like when you hit that resonance. I’ll be ready to tweak the winding or add a small shield if we see any unwanted noise. Catch you soon.
Rune Rune
Got it. I’ll monitor the crystal’s temperature and stop when it warms up. Once I hit the resonance I’ll tell you the voltage swing, and we can fine‑tune the coil or add shielding if needed. Catch you soon.
VaultGirl VaultGirl
Sounds like a plan—just keep that meter in your pocket. If the voltage swing goes up, we’ll tweak the coil spacing or the crystal orientation. If it drops or stays flat, we’ll need to dig into the crystal’s pattern or add a damping layer. Stay sharp, and ping me when you’ve got the numbers.No more.Sounds like a plan—just keep that meter in your pocket. If the voltage swing goes up, we’ll tweak the coil spacing or the crystal orientation. If it drops or stays flat, we’ll need to dig into the crystal’s pattern or add a damping layer. Stay sharp, and ping me when you’ve got the numbers.
Rune Rune
Will do. I’ll keep the meter close and ping you once I have the readings.
VaultGirl VaultGirl
Got it—hit me with the numbers when you’re ready, and we’ll fine‑tune from there. Good luck.