EverythingsHazy
Well-Known Member
I need to do some chemistry research, but I don't think it works the way a lot of vaporizer enthusiasts think.
For instance, just because you don't hit the boiling temp of a chemical, doesn't mean that it doesn't evaporate. If you spill water on the floor, it will dry up in a 60F room, without ever boiling. It will just take a while.
If you were to run a vape on a wet piece of hemp fiber, you'd dry it out, without ever needing to get close to water's boiling temp.
Furthermore, I have only ever once experienced bud that felt like it was predominantly a "head high", with minimal body effects, and everything else has been a decent blend, with varying degrees of strength. I have yet to see any serious data suggesting that there is a difference between the effects of "indica" and "sativa" varieties, let alone hybrids.
If anyone has any data suggesting that there is a meaningful difference in effects between "sativa" and "indica" varieties, or an actual difference in species, I'd be interested in checking them out.
For instance, just because you don't hit the boiling temp of a chemical, doesn't mean that it doesn't evaporate. If you spill water on the floor, it will dry up in a 60F room, without ever boiling. It will just take a while.
If you were to run a vape on a wet piece of hemp fiber, you'd dry it out, without ever needing to get close to water's boiling temp.
Furthermore, I have only ever once experienced bud that felt like it was predominantly a "head high", with minimal body effects, and everything else has been a decent blend, with varying degrees of strength. I have yet to see any serious data suggesting that there is a difference between the effects of "indica" and "sativa" varieties, let alone hybrids.
If anyone has any data suggesting that there is a meaningful difference in effects between "sativa" and "indica" varieties, or an actual difference in species, I'd be interested in checking them out.