Oh I wasn't on the eph when I was busy reading up on interesting quantum physics research, that is a field I find very interesting at any time, just was on a moderate dose of clonidine and a little bit of gabapentin, although I'm crosstolerant seemingly, I imagine due to my regular dosing chlormethiazole twice a day (usually), I only use other GABAa ligands occasionally, although got about 10mg pyrazolam sat under my tongue waiting to dissolve as I type this, and am satisfyingly wired on eph now, along with a bottle of 'pulmo bailly', a foul-smelling, fouler tasting codeine cough mixture. Stinks, tastes properly gagworthy, but many, many bottles-worth of practice downing various cough mixtures has inured me to its vile taste and it no longer bothers me much.
Got a novelty to test out today, a liquid formulation of STS-135, a novel cannabinoid, this one being N-cumyl-1-(5-fluoropentyl)-indazole-3-carboxamide. Never seen one of these indole or indazole-based cannabinoids having a cumyl group (propan-2-ylbenzyl) before, this was obtained as a new offering from a favoured head shop I patronize plenty often, in a liquid solution, I assume from the taste that the base is either a low-weight liquid polyethylene glycol, or propylene glycol as the warming sensation produced by oral glycerine is not present. Got 3ml as a 1mg/1ml solution, intended for use in E-cigs. Which is apparently equal to quite a few grams of those smoke blend type products, which must make it quite potent indeed.
I am pleased it isn't glycerine-based, trying those kinds of e-liquids showed it to be caustic, choking and near unbreathable when it gets too hot and the glycerine dehydrates into acrolein. I had my first encounter w/acrolein as a middle-way-through secondary school at about 10-11, when I synthesized myself a test tube scale batch using glycerine and sodium bisulfate as the dehydrating agent, distilling the acrolein out of a test tube, mainly because I'd recently read of its existence and known it to be a lachrymator, and had already been exploring the lachrymator properties of chloroacetone, another tear gas (and a most effective one at that, after accidentally getting the container of acetone/a little conc. HCl receiving the chlorine gas stream to overheat due to the exothermic rxn, and flash-boil, vaporizing the entire batch of chloroacetones up into the air in the confines of my garage (which I sadly haven't got anymore, had to be converted to a ground floor room for my mom due to her MS, my current workspace is way too tight and small and cramped, but better than nothing, and at least well-equipped ) volcano style, sending me running for the hills spitting vitriolic invectives galore and with eyes and nose stinging like a prostate exam delivered with a nettle-covered cricket bat. I then read in my chemistry set book about acrolein, mentioned in passing in one of the texts, and set out to make some.
This unlike the chloroacetone shits and giggles, went well, until I finished with the synthesis, and disposed of the formed acrolein down the sink. Would have been fine if I hadn't hit the tap to flush it away, and the kitchen sink cold water tap still on hot mode for a little while, sending heated water down the plughole vaporized plenty acrolein, of which I got a big, unprotected waft and nose full, stuff is plenty worse than chloroacetone/dichloroacetone, and really, really unpleasant to inhale even in whatever quantities are created by E-cig coils overheating glycerine.
Just had a few tokes from the E-cig of this 1mg/ml, and am feeling it quite strongly already. I can't have vaporized more than 20-50 mcg, plus 3 drops sublingually. Rapid onset when inhaled, less if much at all sublingually, although I didn't wait long before booting up 50-150mg of EPH, fucking vasoconstriction is IMO the main turnoff of the latter. So this cannabinoid must be active at doses of between maybe 50-80mcg at a very, very rough guess. I'd need to weigh three average drops of this from the same nozzle tip to estimate. Frickin' strong one at any rate, so nobody if obtaining STS-135 in bulk powder, even think of eyeballing. Perhaps the most potent indazole-3-carboxamide based cannabinoids, even more so than 5-fluoropentyl-APINACA, which has a kick like a mule but very short-lived once taken.
Will note how long this one lasts. (note to self:2:35PM, time of admin). Kinda mellower though than 5-fluoropentyl-APINACA or its nonfluorinated parent, less rapidly disorienting and head-rushy than either compound, although it should be noted I've only used either in a bong, and this via E-cig/sublingual. Current EPH dose 300-350mg or so IV, divided doses.
Going to wait a fair while for the last shot of EPH for a bit (coming right up
) for it to wear off before hitting the MXP/diphenidine, aside from a small line of diphenidine to add a bit of sparkle to these. Decided not to go for the BK-2CB though today, tomorrow perhaps, didn't fancy mixing it with a strong vasoconstrictor and dissociative, although I do intend to try the latter addition. And EPH really is annoyingly vasoconstrictive as fuck.
Time to get down to some research on the stuff I've been reading. Look up 'magnetricity' Polyakov-T' Hooft monopoles, Dirac monopoles and magnetic monopoles in general. Its been done in some special compounds that are a state of matter known as spin ice. Looks like there has been successful discovery in measuring quantization of magnetic charge, which means that at least within these spin ice materials, at liquid He cryogenic temperatures, actually can contain monopoles, weather they exist at all as free particles in the vacuum of space is another question entirely. I wonder, if with these magnetic conductor-esque materials a capacitor for electric charge couldn't be fabricated. Would be interesting to know. And apparently a free monopole would be highly ionizing, wonder if this happens also in situ in these solid compounds and could be taken advantage of somehow by generating energy or storing it using cryogenic liquids, taking care of the heating that must be going on if these quasiparticle monopole thingies are ionizing and increasing the energy level of their substrate when its a solid, such as the ceramic dysprosium titanate. Not too complex a material, would be cool to try growing some crystals of it and seeing where I can find myself some liquid helium supplies to try and extract power from cooling rather a material. As the electric and magnetic forces are coupled into one , as the fundamental electromagnetic force, along with the other three, the strong nuclear force, weak force and gravitation.
I figure it should be possible to couple together an electric current and magnetic field to detect it, if I could obtain something sensitive enough to amplify the (electric) signal. Any ideas people? And what happens when these materials are exposed to a superconductor, as a dipole magnet levitates.
Wish I wasn't fucking dyscalculic and math-blind more or less, as I'm stuck with explanations aimed for advanced consumer with good science knowledge level and can't really try and discover much more easily myself, in terms of mathematical explanations/theories for things on that level. Its really something that pisses me off actually.
But I am to mathematics, what your average deep-sea fish with a bunch of big fangs and fucked up looking eyes and glowing bits is to riding a bicycle, generally speaking. Been shite at it ever since primary school and ended up falling way too far behind in my lfa school and HFA/AS bording school later got further still behind in math.
Always hated the subject too, which probably didn't help either
Been wondering something else too, what such separated magnetic charges have on charged or neutral plasmas, there seem to have been a few spin ice materials discovered now. I'd love to experiment. And if in the case of single-crystal quantum spin ices, that the newly discovered strongly-correlated quantum spin liquid (which is physically solid) herbertsmithite couldn't be used as a dielectric for an attempted magnetic capacitor.
I seem to get condensed matter physics rather better than quantum physics involving advanced math and spacetime geometry, and high-energy level quantum physics, although its a really interesting up and coming area of research. Absolutely shit at getting string theory/M-theory though. My algebra is near nonexistent, rudimentary at best, and higher-dimensional math isn't gonna happen at all IMO.
Although faye kane's blog when she isn't posting BDSM porn and similar kink, then her astrophysics blog entries are pretty interesting, as well as presented in a fucking hilarious manner. Fayekane.blogspot.com for those who want to risk absorbing some interesting astrophysics and quantum mechanics material via the medium of pervy as hell kinky shit and some sick humor.
Interesting lady she is, autie that walked out of a nuclear power plant job for a cyberpunk-esque kitted out tech-cave underground in the woods, after...well...I'll let people decide weather to encounter this chick. Cool as hell though. But out there.
http://en.wikipedia.org/wiki/Herbertsmithite
http://en.wikipedia.org/wiki/Strongly_correlated_quantum_spin_liquid
I love it now but kids are dicks) and literally had no friends at all other than these couple of girls who flitted back to me when they fell out with each other. 
