I LOVED 2C-B-FLY, would be delighted to see more phenethylamine and psychedelic amphetamine flies, butterflies, hemi-flies and dragonflies made.
2C-TFM and DOTFM I'd love to try big time.
Also, 2C-N/DON and 2C-CN/DOCN. Particularly the 2Cs, IIRC 2C-N and 2C-CN are selective for different intracellular signalling cascades. I'd be really interested to see whether they were both psychedelic.
The benzothiophene homolog of DMT, as well as the analog where oxygen replaces the indolic nitrogen.
That ketanserin-nBOMe thing that acts as a (partial) agonist at 5HT2aRs.
I want to explore the alephs.
And there are a trio of related phenethylamines/amphetamines, a quad of them if I can pull off the microscale synthesis of the nitrostyrene and nitropropene, since I only have 5g of the benzaldehyde, but 3-bromo-4-(1,1-difluoromethoxy)-5-methoxyphenethylamine, the corresponding amphetamine, plus 4-difluoromescaline and 4-difluoromethoxy-TMA, after earnarking 2.5g of the benzaldehyde for 3-bromo-4-(1,1-difluoromethoxy)-5-methoxyphenethylamine and the other half of the aldehyde for the nitropropene for the TMA analog. Then in even further scaled down microscale chem, replacement of the bromine atom at the 3 position of the phenyl ring with methoxy, ethylthio as well if I can REALLY fucking squeeze the shite out of that aldehyde,using my best catalyst, and the microwave, or possibly even more efficient, if the reports of using it for plain P2NP are anything to go by, ethanolamine acetate as an ionic liquid base catalyst for the knoevanagel condensation. And replacing the bromo group with sodium methoxide, or NaSMe/NaSEt to give difluoromescaline and 3-ethylthio-4-difluoromescaline.
After reduction of the nitrostyrene and nitropropenes that is. Using gentle reducing agents that won't reduce an aryl halide because the 3-bromo-4-(1,1-difluoromethoxy)-5-methoxybenzaldehyde was VERY hard to come by, and cost just under ?100 for 5g, and I doubt I'll be able to buy more and I'll have to make it myself if I'm ever to get more than the 5g of aldehyde I have.
Think I'll test the 3-bromo-4-difluoromethoxy TMA analog first, due to the higher potency of almost all the psychedelic amphetamines relative to the corresponding phenethylamines. That way I can get a good idea of whether the phenethylamine will be active, or if the amphetamine isn't, then it'll be replacement of the 3-bromo group with methoxide and methyl/ethylthiolate to give difluoromescaline, which is known to be active, and much more potent than mescaline, IIRC active at something like 30mg, in Daniel Trachsel's paper on fluorinated phenethylamines and psychedelic amphetamines he gives strong human activity at either 30 or 60mg. He never made any phenethylamines or amphetamines with an electronegative group in the 3 position. Seems like nobody has. Shulgin didn't even look at that substitution pattern. Trachsel didn't, aside from 3,4,5-tri-trifluoromethoxyphenethylamine or amphetamine (forget which, may have been both) and I haven't read of Nichols looking at any psychedelic amphetamines or phenethylamines with any substituents that pull electron density from the aromatic ring.
Its just a totally neglected area of phenethylamine/amphetamine chemistry. Its just not been done, EWGs in the 3 position have just been totally fucking ignored.
Which to an autistic-as-hell clandestine chemist practically SCREAMS 'MAKE ME! MAKE ME! FOR THE LOVE OF GOD, PLEASE, I'M BEGGING YOU, MAKE ME!'
And hey even if they aren't active with the bromine atom there, can still replace it with alkoxy/alkylthio groups and go for difluoromescaline and 3-alkylthiomescaline and their TMA counterparts. I hope to hell they are active though, as that means there is much much more ground for exploration which hasn't been touched. Fresh, unexplored, virgin territory for the psychedelic knowledge seeker, begging to be tested, poked, prodded and mined for analogues until there isn't so much as a single remaining potential candidate to go for.
And of course, after the initial aldehyde has been used, for at most 4 compounds, more aldehyde will need to be made, if as I hope, its active, and things like the iodinated, chlorinated, fluorinated, nitrated, pentafluorocyanated and the aryl 3-cyanide as well as the 3,4-di-(1,1-difluoromethoxy)-5-methoxy analog, and 3-trifluoromethyl-4-(1,1-difluoromethoxy)-5-methoxy phen/phet pair.
Then....cathinones! or, rather, acid-labile prodrugs, in the form of the pthalimidopropiophenones, given the way primary amine cathinones are unstable as shit, dimerizing into pyrazine derivatives. Beta-keto-2C-B dimerized so fucking fast that the first time I tried to try it, it turned to inactive glorp before I could get the solution drawn up into a syringe to plug it or IM it.
Albeit it was a lovely colour, bright, almost fluorescent purple glorp. So I'm going to have to prepare them as pthalimidopropiophenones to protect the amino nitrogen; so it can't react with the carbonyl group on the beta carbon of the sidechain, and dimerize into a bunch of substituted pyrazine garbage. Even ifs nice looking pretty coloured substituted pyrazine garbage. I can make bright, nicely coloured crystals and amorphous compounds any day of the week if I want to, be they organic dyestuffs or transition metal complexes.
But using very valuable and rare substituted propiophenones to make bright shiny stuff....no thanks. NOT high on my to-do list.
Really want to try DiPT, and compare with DPT and PiPT. As well as the 5-methoxy homologues of each.
Ibogaine
Sapo (a little dubious about this one given its well known as a gutbuster)