1,465 karma · joined October 12, 2010
1. Vegan food production wherever possible. 2. Non-vegan food where vegan food is not possible (the Norwegian uplands case).
Is that correct? Or would you like to finesse things any more?
How much in comparison to farming generally?
You're attempting a bait and switch: 1) Claim veganism is bad because it would reduce output if everyone switched now. 2) Claim veganism is bad because it would reduce output at the margin of an optimal policy.
These two things are quite different scenarios. Scenario 2) is tacitly accepting that most people would be vegan most of the time. But hey, if you want to argue that under both our optimal policies there would be many more plant eaters, fine by me.
I'll spell out what a strong argument for the point you're trying to make might look like:
A) An estimate of the total number of calories coming from purely grazed meat on this sort of land.
B) An estimate of the total number of calories of meat consumed.
C) A/B > 3/4.
Otherwise this objection is a case of 'an edge case exists, and I would like you to imagine that it is the major determining factor.'
The obvious explanation is that people don't like the implication that their behaviour is unethical and look for clever outs. Rather than simply owning that benefits > costs from their point of view (a la 'I like bacon too much').
Of course questioning motivations is not a point to be made in an argument. However it is an entirely satisfactory Bayesian explanation of why so many people take the other side of the argument with such force.
* Ofc Hinton's approach is based on logic too, but in the form of probability, calculus etc.
This isn't true. It's possible to write a symbolic differentiation system using, primarily, Scala's type system. In an elegant fashion.
Similarly, Julia represents math better than, say python or Java. A vector type should not need to know about inner products of vectors, because the math definition of a vector space does not.
This will have large effects on how easy it is to decompose your code into neat little pieces.
C.f. the GPT2 announcement which got some pushback, and that was with plenty of concrete examples.
Given the baseline for government understanding of AI is poor, my prior on how impressive this thing is in reality (as some sort of AGI pathway breakthrough) is pretty low.
I would bet they have some large database and some good, but mostly conventional IT around it.
Sceptical.
The UK policy was, effectively, 'paaarty!'
For example, to suppose that particle filtering is an extension of Bayesian probability is a category error. If this just stemmed from communication difficulties, it still matters from a reader perspective.
Your comment focuses on standard of living issues. But your earlier claim was that these are separate from 'monetary wealth'. I think you would need to specify what 'monetary wealth' is separate from 'standard of living' in order to make a convincing argument.
You'll find this hard to do, because any wealth measurement is either a thing, or an instrument that will get you a fraction of the things other people have. Financial wealth is cashed out in stuff. So cross temporal comparisons are going to involve comparing the stuff two people can command. And the stuff they can command is embedded in the technology and society of their respective times.
Conversely Darcy would have had far more power than the someone with net worth £16.8-28m would today. He'd probably have had a large say in who the local MP was, the local priest. Probably could turf a large chunk of the local population out of jobs and homes. Likely had a small army of servants.
Threading is something of a prerequisite for acceptance as a serious language among many folks. So great to not just check that box, but to stick the pen right through it.
The devil is always in the details, but from the doc the interface looks pretty nice (given threaded code generally looks like it was written by Cthulhu).
Wow, hope there're no bugs in that one. I'd hate for the kid to be weeping over Titanic and get od'd with insulin.