Hi everyone, and welcome to the new guys! Now I understand that the science here can get a bit hard to follow so I thought I'd just write a quick lexicon of the most common term for the beginners who might feel a bit lost. Feel free to add more definitions in the comments!

• A word you might see often is "particle". A particle is simply a really, really small bit of matter, generally so small that it follows a set of mechanical rules called "quantum mechanics" (see below). Particles are pretty much the building blocks of the world around us, and there are many types of them!

• Quantum mechanics are the rules of motion for small objects (typically, Röntgen attractor or smaller). They're quite complicated and I don't have the space to describe them here, but basically they describe how particles interact, through fields or hyperflux.

• A hyperflux is quite simply a flux whose main dimension spirals inwards. If you've ever encountered an electric current that had an imaginary voltage, well, if you ran it through a cyclospin, you'd get an alternance of hyperflux and Moussorgski spin.

• Moussorgski spin, not to be confused with Mossovski spin (which is just the vector field equivalent of a non-euclidian 3-brane fluid), is the main aftermath after the voynichian reaction between a magnifying quadritangent and the colloidal timespace you get when running a JX07 under calibrated ruby-quartz vibrosion.

• Now I talked about voynichian reaction, but it's actually nothing more than a Kolsko-Miranov reaction where the stoechiometallic ionidization is upside down (by that I mean of course reverberated through an epsilon concave modulated space) and where the sprectrum readings on a x-y-x axis follow a 12, zeta 8, zeta zeta pattern, and the whole thing can be summarised as a canonical hermetic Bgodga force.

• A force is an interaction between two objects that change their motion. This one is a bit subtler but if you can picture yourself pushing a crate, you're effectively creating a "force" on the crate!

So there you go, with those pointers that subreddit shouldn't look nearly as scary! I haven't covered much of course (Zyzyk sounding momentum comes to mind) but I'll let the good people of the sub complete the list.

Gotcha, didn't I?

April fool's!

Almost as good as the time I told a co-worker the Δ phase side-shaft biambulator was supposed to be puce! Boy, my director got maaaaaad at that one.

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?