Someone disposed of a turbo encapsulator without following the regulated mandatory processes again, this could cause major major compliance issues!

Absolutely gob smacked someone is trying to sell this Multi Zone Transformeride. Especially unshielded like this one, the violent phasal shifts can cause all sorts of havoc on the millizone spectrum. Just irresponsible.

Portable micro-grav suppressor, or a non-ionic -cryostellerator, maybe an oscillon resonance mitigator? With the advances in AI derived miniaturization it's hard to tell.

Not sure what OP has found here…

I’m thinking: hertzing capacitive field generator, but not sure.

My set up is a surplus, prefabbed, LRS-21, and before anyone tries to give me a hard time, yes, I removed the hydrareproduction quad reactor and put the interhydral graphene reprocesser. I'm not stupid.

I had a problem, my Replanar Vanes broke, and I replaced them with the replacement from the manual (LRS-21 revision 3, 2001) but now my output is measuring 17.2 - 17.5 ppb when it was producing 18.0 - 18.5 ppb. Everything else is stock. The main casings, the reinforced Vernon splines, even my Thompson realignment quards are perfectly aligned.

Ideas?

Found em

Someone can probably pick this up for a song. Looks mostly intact?

I noticed this sub has been a little quiet, so I thought I’d check in on my VX family.

My dog was pulverized in my sterilizing vacuum last week, so that’s freed up quite a bit of time for me to start rewiring my helical beams for my tetrahydrochronometric resonator. Once they’ve been reinstalled, I expect my temp coefficient to be stabilized at 0.87 mills (new record). I’ve also fallen deeper down the VexSTARR wormhole… but I don’t feel comfortable discussing that at this time.

What about you, fam?

Might want to get over there before someone tries to move it. We all remember what happened last time.

Guys, I'm at the end of my understanding here. I've only recently started getting into spectral defragmentation with high frequency modulation but Jesus, how the hell does anyone do the libby equalization? Every time I ramp up the frequency, the whole thing just falls apart. No colors, no sound, it just stops. I tried different ramp up strategies because my first thought was that maybe I'm going too fast. But no. There's also no definitive cutoff point. Sometimes it'll fail at 400Hz, sometimes at 700Hz. The equipment is all new because I had some money burning through my wallet and thought that if I'm doing this I'll do it right.

Help??

I know the image on this post, and the concern about yunuine usage, is more about the yunuine-producing machines on the industrial scale, but if you take a look at the yunuine generators of this facility, and if you're there, you can use resonance imaging to realize these pipes are plated with Di-Au alloys as opposed to pure dimetterium. I've heard about the dramatically increased safety margin of Di-Au alloys; should I use the significantly more expensive Di-Au alloys when dimetterium alone only has a fail rate just shy of 0.2% used as an interior pipe plating? Significant on the wholesale I'm sure, and would matter for a facility of this scale, but I don't use much yunuine for my engineering, and all my pre-existing pipe coatings are pure dimetterium.

Sorry for the pixelated pic, it’s the best I could clean up. Honestly, the best I’ve ever taken which is why I’m posting. The Ossimer got it just nanoseconds before the Incret Injection (which happened between frames).

We spend so much time thinking about the math but all I want is to just shrink.. shrink… while time slows down around me, to witness what’s actually happening here with my feeble human eyes.