Telluride? isn't there a gold mine round those parts? IIRC the name comes from their being a natural gold telluride mineral in the region, that was easily smelted down.
I would get my own place, somewhere with a large garage, and a shed like the one we have now, only I'd upgrade the machine shop, I'd love a large scale 3D printer, one of the ones that can print in titanium, build a laser spot welder, would love a CNC lathe and CNC milling machine; currently got an old capstan turret lathe, pre-WWII, was an antique when my old man got it as an apprentice, and he's a pensioner now. Setup entirely manual, adjusting screw stops for setting the tool cutting depth. Stil, it works, and once past the pain in the arse setup its lovely to use.
I'd kit myself out with a MIG welder (actually thinking of buying one, I could save up, within my price range), and use the power supply to power a homemade plasma torch.
Plus I'd get somewhere with space to fit some HUGE fucking great electromagnets, to build an isochronous cyclotron, something I've wanted to do for ages, plus space for the hefty quadrupole and sextupole magnets for focussing the particle beams for the experiments I want to try out,
In particular, I really want to obtain a radioisotope that ONLY has electron capture as its sole means of decay, and excite it to a Rydberg matter state.
In Rydberg atoms, the electrons are excited to higher and higher energy levels, eventually to the extent where the electron cloud 'sees' the nucleus of the atom as a point charge. I want to try exciting such an electron-capture radioisotope of an element to a Rydberg state, because I want to find out if the radioactive decay could be halted, by more or less, dragging off the electrons so far that they become isolated to the extent that electron capture becomes impossible.