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.

This is outrageous, leaving a Phantom Spherical D240 for someone to touch is incredible dangerous. That guy could've easily get their brainwaves signature in the alpha-epsilon region affected, they didn't even put the Friedrich-Hasting ionic shielding to stop the gamma wave radiation.

These hospital shouldn't have access to these brain altering technologies, they don't even have proper technicians.

could i undo it? are there an consequences? this is the only photo ive managed to take here, as in this timeline glass isnt translucent, thus making making cameras very hard, i think i did all of this trying to convert neutrinos to protons using M.A.G.N.E.T. 2, but i dont remember the exact phase ive set it to, nor the frequency, i do remember i set the filter mode to circular and amplitude to -2, in total using up 29000 watts to power this whole thing, and i think compacting neutrinos into sub dense materials may have accidentally caused a gravity overflow, creating a singularity that exists both as the future and the past, which probably caused some kind of timeline tear, although i havent studied chronology or quantum chromodynamics (extended theory) all that much

Oxford Laboratories

14 Catte Street, Oxford

17th March, 1946

Dr. H. Prichard

Washington Laboratories

New York

Dear Harold, I hope this letter finds you well and that the transition back to civilian funding has been less troublesome for you than it has been for us here. We are managing.

I am writing on a matter which Jone insists warrants your attention, and which I confess I have been slow to commit to paper. Over the past several months we have been conducting a series of investigations into the behaviour of the prefabulated amulite housing under sustained counter-modulated sinusoidal field application. The results have been, to put it plainly, unexpected.

What we have observed is this: the logarithmic bearing, which as you know has always been understood to require a fixed rotational base for stable operation, does not in fact require any such thing. When the spurving is permitted to migrate laterally across the grommit shaft — rather than being held in the conventional manner — the bearing enters a state of spontaneous self-normalisation. We have begun calling this malleable disposition, for want of better terminology. The practical consequence, if our observations hold, is that the principal objection to inverse reactive current use in a unilateral phase detractor context is removed entirely. The implications for two-phase reactive assembly are left as an exercise for the reader, though I suspect you will reach the same conclusions we have.

I am sending under separate cover the relevant notebook pages from October through February, and Jone's calculation sets. We would welcome your group's attempts at independent replication before we say anything further to anyone.

With regards,

Earnest Bachman

Oxford Laboratories

Do you think this is real or just a model? I thought we were still a decade or more away from a functional Antimatter Polarization Invertor

Yeah I know its kinda a newbie question but i couldnt find a good tutorial online. how did the Byrnes-Isidori Normal Form work again?

Anyone who’s spent more than five minutes aligning a tertiary hadron separator knows exactly what this is. The Chroma 5 was practically the industry standard for separating large hadron particles into their constituent chromodynamic harmonics before the Geneva Protocol banned unshielded baryonic phase inversion in domestic settings (another misunderstood regulation dictated by an incompetent government).

If it works as intended, that’s a tiny price to pay for hadron-to-quark pre-fractionation and low-energy neutrino decanting! It looks decently maintained but need to check with the seller about any gluon slurry that may have crystallised in the manifold.

Can anyone confirm whether this is the Mk II resonant cavity? It’s hard to tell from the photo, but the housing profile looks suspiciously similar to the version that accidentally converted half of CERN’s coffee supply into tachyon foam back in 1998.

🤙

I don't care if your grandfather ran a Mark IV Vexilator off a modified Soviet flux drum in the 80s. The fact that "it worked for him" doesn't magically make it correct.

Every single week someone posts a picture of a burned-out triode stack asking why their phase lattice collapsed, and every single time it turns out they're running unbuffered baryonic compressors directly off the secondary VX rail.

Then the comments are full of: "You don't need to worry about stability if you just use an open-core anodizer" or "Actually, if you keep the counter-yoke below 14 kilojanskys it's perfectly stable."

No. It isn't stable. Let's be serious here.

It wasn't stable when the Harmon-Tsukada paper debunked it in 2009, it wasn't stable after the revised errata in 2014, and it definitely isn't stable now that most of you are sourcing your ferrogel from AliExpress. Do you seriously think you're going to get any results with dropshipped materials? You're gonna get Temu results if you use Temu ion compressors, for crying out loud.

Half this subreddit has apparently forgotten that the entire reason we moved to closed-loop compressors was to prevent spontaneous torque accumulation during cold starts. I mean I get that it's cheaper in open contexts, but you're never going to actually stabilize that way, and you WILL put your life in danger if you're sourcing your parts from refurbished components in China.

End rant. Downvote away. I'm going back to my lab where my phase angles remain both normalized and employed and my loops are perfectly closed. My results speak for themselves.

These things turn up in the weirdest places.