> Because it seems to be economically the right thing to do^H^H^H^H^H optimal for a few billionaires.
FTFY.
...though even the billionaires may regret it if the peasants wind up starving by the billions. Species don't do well with tiny populations.
And before anyone says "UBI," give me a coherent explanation of:
* who is going to fund UBI to the tune of fifty trillion dollars
* why we're so confident they'll do that
* why there are currently so many people starving and homeless in SF if if any tech billionaire feels the need to spend their money providing for other humans
Many relative to the total set, no. But enough to know writing it down isn’t going to cut it. Most datasets I’ve seen are xls, hdfs or csvs nested many directories deep. Not exactly for those who can’t manage an email filter. Without getting into the processing of it either
Well, it's not that simple. It's reasonable to expect that you could see some increased level of oxidative and excitotoxicity. It's harder to draw a bright line around the dopaminergic system specifically because some level of neuronal death is expected over the course of a lifetime. We lose 5-10% starting with middle age yet don't tend to show parkinsonian symptoms until 60-80% are gone.
It's pretty reasonable to expect reversing DAT and inhibiting VMAT2 increases oxidative flux, the question is really how much not if. Methheads certainly get "brain damage", but is nudging the average loss from 5-10% to 7-12% "damage"? Is it meaningful? Over 30, 40 years that could very well add up.
Meth is also used as an ADHD treatment. I think the reason is just the dosages that are used by addicts compared to people who just need the ADHD treatment.
A typical legitimate therapeutic methamphetamine dose is around ~20mg (up to maybe 60mg a day). A typical dose used by addicts is around 1 gram. And it's usually smoked, resulting in immediate bioavailability.
Then why are the extroverts trying to replace engineers with AI?