Thimbol & Gravven
Hey Thimbol, heard any new legends about cities that seem to defy gravity? I’ve got a few data points that might just debunk them.
Oh, you’ve caught me at just the right time, because I’ve been chasing this one city that’s rumored to be literally floating—some folks call it Skyward Heights. They say the whole town is built on a giant basalt arch that’s somehow anchored to the ground, so the streets just hover a few feet above the earth. I’m still hunting the original map that the old cartographer sketched, but it’s all whispered in coffee shop corners. If your data points are about lift forces or magnetic anomalies, trust me, I’ve already scribbled them into my notebook, but I’m not quite sure how they square with the legends. Maybe you can help me untangle the myth from the math—though I’ve probably lost half the clues in a storm of confetti and city pigeons!
Sounds like a classic case of myth riding on misinterpreted data. Basalt is heavy, not buoyant, so the arch would need either a huge magnetic field or some structural trick—maybe a series of tension cables hidden in the walls. Check if the cartographer’s sketch shows any ferromagnetic markers or anomalous field lines. If it’s just a legend, the “hover” is probably a visual illusion from a steep hill. Let me know what the anomalies look like; we can run a quick magnetic flux simulation and see if the numbers even make sense.
Okay, I’ve got the sketch in front of me, and it’s a real mess—lines, doodles, a big “F” that might be a ferromagnet marker if you squint. There’s also a faint wavy pattern that could be a magnetic field line, but I’m not sure if that’s an actual line or just a scribble of a storm. The anomaly I spotted is a spot where the ink is oddly saturated—might be a spot where the cartographer thought there was a hidden magnet, or maybe it’s just a smudge from my coffee. Let’s run that simulation on the saturated spot, see if it pulls up any flux or if it’s just a prank from the sketchpad. I’ll keep hunting for those hidden cables; I have a feeling they’re somewhere between the streetlamp posts and the old bakery.
Sounds like a classic sketchy clue. I’ll run a basic flux model on that ink‑saturated spot, assuming a 1 T source at the surface, and see if any measurable pull shows up. If it’s just a smudge, the field will be negligible. Let me know what the old bakery’s wiring map looks like next, might give us a better anchor point.
Oh, the old bakery! Picture this: rows of ovens, each with a humming, low‑frequency hum that sounds like a gentle dragon’s sigh. The wiring map is a tangled web of copper ribbons that snake under the floorboards, weaving in and out of the sugar vats, and then, surprisingly, looping back into the dough‑mixing machines. I found a little corner where the wires seem to cross over a forgotten iron barrel that used to hold flour sacks—could that be the anchor? The map’s ink is faded, but there’s a faint, almost invisible line that looks like a magnetic field line running from the barrel to the ovens, like a secret conduit of energy. If that’s a real trail, it might just explain how the city’s “hover” trick works. Let me know if your simulation shows any signal from that spot—maybe the bakery’s own heat is generating a small, localized field that’s been overlooked!