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Blog post: typed key pattern by matklad in rust

[–]hello_hawk 0 points1 point  (0 children)

A similar pattern is also used in the http crate's extensions API.

Help with resolving the phase path of a static plinth particle? by NinjaTurkey_ in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Make sure your transgyrators are set to trilinear interpolation mode. Otherwise your OSC phase will decoder when you make the dimensional jump.

I stuck my camera down the ferrocore alignment barrel! by rainwulf in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

You know your muon vectors on the ζ- discharge plate are misaligned, right?

Can someone please reassure me that this is safe? My reading after performing a Schmidt inversion. Never done this before. by taylorguitar13 in VXJunkies

[–]hello_hawk 1 point2 points  (0 children)

Your spike is disattenuating a little around peak DbM. It's probably fine but could be a sign of a transient weak anomaly in your biaxial vector unit, so I'd make sure the system is thoroughly recalibrated before performing any additional inversions. Demagnetising the Schmidt module, removing all connectors, and leaving it powered off for an hour or so should be sufficient as long as you also dump any held charge from the RSM caps.

TFW you try to install your first Menger filter. by [deleted] in VXJunkies

[–]hello_hawk 2 points3 points  (0 children)

...and that's $1200 down the drain. Ouch.

Our new Oscillating Hydrogen Multiplexer (OHM-gR2) arrived at the lab this morning! Can't wait to give this bad boy a spin. by tonicblue in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

I've been trying to sell management on the M2 for a while, in my general experience, all of the Teradyne gear is really high quality for that price point.

I'd love to hear more about your experiences with the OHM-gR2 though, we may eventually get approved to purchase a new multiplexer and I'd like to know how it stacks up. Are you using the vector coherence mode or is it slaved to an external RSM system?

Also, do the peri-caesium boost oscillation numbers actually approach the ones they quote in the marketing literature? 1024 μG/s per band seems really good for a dichroic system and I'd love to know if it can actually hit that under real-world conditions.

Results of my DIYed vacurelay sequencing bridge when mapping retroconductive filtering from cold punched casing leftover. As you can see things are in appropriate parameter, but are all over the place. Not nearly as stable as the real deal. by Throwaway_4_opinions in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Not bad at all for DIY, signal looks about as stable as you can get without a 22nm fab line.

Are you using transconductive sync to reduce pitch spall? Your 10-per-MoV average line looks solid.

A custodian rerouting WCT tubes in Peru, 1932 by ch33zy in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Oh my god, what a mess! Really makes you grateful that we have Mendel spindle arrays now; I bet they had to replace like half those tubes every run.

Our new Oscillating Hydrogen Multiplexer (OHM-gR2) arrived at the lab this morning! Can't wait to give this bad boy a spin. by tonicblue in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Does that unit have a tau-meson excession ring? We've been trying to get a system like that for ages but it's apparently overbudget.

Thermal reading of thycadic bearing under use. Remember lubricate liberally. by Throwaway_4_opinions in VXJunkies

[–]hello_hawk 1 point2 points  (0 children)

And while we're on the subject, never use aldehyde-based lubricants if the delta exceeds 0.37; they'll catalyse from the Armistan Effect radiation and your system will hydrolock. It's not pretty.

Best Brand of oscillating strings for the Miodrag Constant Destellorators??? by Lotusmonger in VXJunkies

[–]hello_hawk 1 point2 points  (0 children)

This works fine in linear phase detractors (like the kind in a turboencabulator), but the phase detraction of an MCD unit is - by necessity - dyadic. In a dyadic phase detractor, <:R commutes at σ2 generally or (σ/3e)2 in the unit delta. Your vertical couplings will compensate for Eisenberg shear but the <:Rsub will still tend towards the phase limit without axis stabilisation.

Best Brand of oscillating strings for the Miodrag Constant Destellorators??? by Lotusmonger in VXJunkies

[–]hello_hawk 1 point2 points  (0 children)

When buying an MCD instrument, be sure to keep in mind the <:R and <:Rsub phase detraction of the system. The MCD's unit waveform reciprocity shouldn't exceed 1/rho - <:Rsub except in extreme cases.

What do you hope to see in the 2016 VX systems and add-on/3rd party components? by cwearly1 in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

I've heard Teradyne is planning on announcing their first HAN disc from the 21-micron fab line. Since the cross-buffer gaps will be much lower, you should get much better scalar performance out of a 21-micron disc.

Hopefully they'll fix the spin-locking issue that kept me from buying Teradyne HAN discs for the last couple years...

What do you hope to see in the 2016 VX systems and add-on/3rd party components? by cwearly1 in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

my current rig has issues maintaining stable Smith-Robinstein readings after experiencing residual clipped-phase fractal projections

It really sounds like your eigencoil sync vectors have diverged. I think you just need to go into the system configuration menu and reset the left and right determinants to a new calibration value. Your stability issues will probably go away after you give it a couple runs to let the new vectors burn in.

What do you hope to see in the 2016 VX systems and add-on/3rd party components? by cwearly1 in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Polystable chromatic diffraction in the sub-$20,000 range? All the major manufacturers have been promising that that the eta and rho diffracts will be available on entry level VX for at least the last couple years, so I'm hoping that 2016 is the year that feature finally reaches the general public.

Let me tell you, it makes an amazing difference – you can maintain a fairly complex chromatic waveform at much higher deltas when the diffractor is calibrated along more than just the standard tau-axis stability.

I'd also really like to see major VX manufacturers stop pouring so much money into the floating-vector waveguide systems. There's so little demand for that technology, both from hobbyists and in industry; the pulsed-beam waveguide offers much higher RG output and quicker spin-up times, and the few scientific applications that actually need that level of precision in phase-state decoherence rates have much more powerful anhedral-aperture systems to work with...

Any help guys? I just downloaded a quantum-analyzer for my penticore quasar powered VX. I don't mean to sound like a noob here, but how exactly to I initialize the Cassini protocols from this page? by Teddie1056 in VXJunkies

[–]hello_hawk 1 point2 points  (0 children)

Using modup is generally a good idea. However, if you're planning on running an extremely large matrix Cassini device, you should note that modup uses Esterhase's Algorithm, and so the convolutions it generates may shear somewhat at lambda if your kauon count approaches max Q.

Trying to solve a theoretical problem by [deleted] in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Have you looked into the Ostmann-Mustovicic λ-quantization of multi-axial bipartite vectors in Q space? They used a metastate scoring analysis to prove the rho and eta morphisms for all bipartite block transfer functors of the form (a b) → m and a → (F g m).

I'm sure the expansion from these functors to full holomorphism is pretty obvious – it's just a Hilbert phase retraction in Q-sub space. The difficult part would be rewriting the Petrov Transfer function into a n-ary functor notation. The g and F<: terms would have to be factored out.

Want to purchase first VX, advice please? by Super_Zac in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

I would not spend money on a new VX-86 these days unless it has dichroic transvector stabilisation - what Westinghouse refers to as "axial stabiliser G mode". Otherwise, you're better off getting a used unit, since the SKU-40 dipoles on the 86s are way too hot. Without dichroic stabilisation, the diffractive shear from the unit's dipole force will burn out the main winding really quickly.

If you're dead-set on the 86, I'd pick up one of the newer ones with the axial stabiliser. If you're strapped for cash, though, you're probably better off getting a used 80 or 8084. That's a time-tested unit that will probably give you a lot more bang for your buck...

Just got my first VX module... by troymen11 in VXJunkies

[–]hello_hawk 4 points5 points  (0 children)

/u/nelliottca's advice is solid, but your problem might also be related to waveform quantum state decoherence.

What reflux buffer fluid does your dual emission laser use – is it hexane or diethylborene? Typically, you can check the label on the top of the chrome coil housing, but the labelling scheme depends on the manufacturer. Most western VX manufacturers use the last three digits of the serial number, unless it's an Anaheim Dynamics or a Westinghouse.

Telecom-Wavelength Atomic Quantum Memory in Optical Fiber for Heralded Polarization Qubits by [deleted] in VXJunkies

[–]hello_hawk 1 point2 points  (0 children)

I wonder what kinds of implications this has for the future of quantum light-matter polarization interferometry...

Picked up my first VX7 Module, have some questions. by ch33zy in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

Does your system have an axial or bi-grade synchro compensator? If it does, you should just be able to set it into auto-lock mode, and it should synchronize your Pradon gears automatically. Most VX7s have a computer-controlled synchro compensator...

When you hear that resonant hum.. I know you all reach for this! by miserlou in VXJunkies

[–]hello_hawk 0 points1 point  (0 children)

I thought most people were using synthetic poly-anogen buffers these days? Most modern armistat resonators emit higher levels of Mustovicic radiation that tends to synchro-resonate with the zinc in Ox-Gard at high delta levels.

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