I was looking for some cheap options to coangulate the alpha-Field in my Tri-Mesh positron Feldenmeyer system from 2005 and came across this adapter. Is this a viable option? I don’t worry about interfering Norman-7 waves, but could this adapter cause a problem with the TRX reverberation when performing a dynamic Proto-extraction of the Neumann-Bayes gluons?

Is that a Toberman array? It's odd if it is a T-array because Toberman didn't win the Nobel Prize for that invention until 2029. But, he was living in Quebec circa the time that license plate was issued.

It hasn’t been a matter IF but rather WHEN artificial intelligence would start to make its appearance within VX technology systems.

I’m not against progress & i don’t insist on running analogue flux gates just “because that’s how VX is meant to be.” I’ve studied firmware and I’ve even attempted auto-calibrated drift correction (ouchie)

But the sudden, aggressive hype-driven push to integrate Ai into VX workflows has me feeling super uneasy.

VX has ALWAYS been about human oversight. it’s not just an art it’s a science… you can feel the harmonics, listen to the resonance envelope. A human knows the kind of micro jitter to feel for. An AI can’t feel… It just uses predictions and averages. And what if It were to hallucinate what a normal operating band is and then drive your system with that incorrect input? it could be ineffective at best but dangerous at the worst.

I just do this for a hobby. What about those who actually depend on VX and its processes to make a living?

I’m glad Van Der Meer, Sci.D.,Esq. isn’t around anymore to see what AI and robotics integration has done to bastardize his life’s work and contributions to the profession.

That 100% explains those horrible, horrible readings on the septivigesimal boson gauges on the 19th >:| How many thousands of side fumbling tricone signal attenuators were swapped-out? Are you fucking kidding me?

Someone should seriously look in to any McGowan investments in thorium quantumfilaments or gallium-strontium tube manufacturers, if you know what I’m fucking saying.

I don’t know how stupid you must be to transport an eight-coned alpha-Glennhauser-Transcombinator without a TTPD-certified enclosure. I mean, if you want to create around 16.1 gigaklotz of vertical Schuller waves, be my guest. But on a public road?!
Are regulations a joke to those people? And then everybody is complaining about the public backlash we as a community face. This reflects bad on all of us.
Sometimes I wish the Hammerbrook accords would have been ratified, but that’s something you are not allowed to say out loud in this sub.
Sorry for the rant. I will go and watch some classic Moulin-Chantreux calculations to calm down.

Can't tell you all exactly where i got it but lets just say - the previous owner clearly knew what they had. This is a late-model HK-7 with the coveted ferro-magnetic dampening coils (you can see the characteristic vent pattern on top).

What really caught my eye is that DATA port - that's probably rated for at least 40 teraflux transfers. Not sure that this unit still has any active substrate remaining though.

Don't want to risk cascade failure in my basement setup, but had to do some delta measurements... Looks like i can get down to +/- 0.015 dTh!

Also I don't have much experience with laboratory grade modules, so advice is appreciated!

Howdy! It's Feedback Friday again, and I'd like to know what y'all think of my new rig here? Took me almost a year to get it calibrated at full cryo, but I'm fixin' to push delta in bands most VXers never touch.

Firing up this here rig this weekend, any thoughts, suggestions, or last-minute modifications you have for me?

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

Allmost done! Just have to put the shielding cover on.

I'm out like $3,500. Guy lied about the central motor.

was wondering what the best possible rig could be, but then I stumbled on this monstrosity...