Wow a downvote in less time than the linked video takes to watch... I am shocked by this. Just kidding I expected this. BTW if you don't like "mansplaining" you'll probably like the video.
But not a disgusting remark like when you stated that 'the "genocide" of native Americans was a result of European diseases, not barbarism' in another thread and argued that evidence of deliberate killing was more like a "rounding error". https://news.ycombinator.com/item?id=17023220 Not disgusting like that, right?
I just provided the historical evidence. It was written in the past tense. Do you think he fictionalized his account so that hundreds of years later you'd have a stronger argument on HN lol? Can you think of another reason to fictionalize such an account? Will be be ignoring the fact that just a few posts ago you maintained with equal confidence that this could not have happened at all?
More importantly, the argument that American settlers and later government policies deliberately exterminated large populations of natives does not even remotely rest on this. Are you really conflating them? Are you that ignorant of the history?
You also don't seem to understand the concept of genocide, the whole point of which is that it's extra bad to kill off a population as it gets smaller.
What a disgusting excuse for a thought process. What is it do you think that's wrong with you that gives you such a deep need to ensure that your ancestors were morally pure?
Ah, you seem to be a bit nutters. So I'm not going to engage further but I do want to give you a serious response to the argument you seem to be making.
First, the same argument above is also an argument that, say, integers, are not "Computer SCIENCE".
More to the point, you might enjoy reading the work of Charles Pierce and other logicians of that era who began to explore many variations on formal logic. Note that just as many operations arise from trinary relations in bivalent logic. Are binary relations "Computer SCIENCE", but not trinary or higher relations? Before you answer, you might want to look into whether all possible relations can be expressed using only binary relations (hint: nope).
Look deeper into the concept of functional completeness (with respect to a subset of operators), which you reference above without naming. You might be able to understand how many of those many trivalent operators are actually necessary to reason with (hint: not very many, hardly more than for bivalent logic, where, as you note, we only tend to use a few, and need not worry about it).
Consider also the relationship between operators folks have identified as useful in bivalent vs trivalent logic (hint: they not picking at random).
Could it be that just as with the 16 binary operators, many of which have relations to one another (e.g. inverses and complements, among others) that the trinary operators could fall into similar groups, which, making the 3^9 number you mentioned seem a whole lot less complex? Could that be why it's neither necessary nor customary to work with all the operators in either sort of logic?
Once you've caught up to state of the art in formal logic as of the 1930's you might have a new perspective -- perhaps you might even begin to let us know when "Computer SCIENCE" will catch up!
I suppose this is sarcasm but the results are quite intuitive to me. From my perspective, it's trivial to construct the truth tables for trivalent logic based on a sense of what "should" be in them. Maybe give it a try.
Do you really need this spelled out, like for real? Your statement that the genocide was not due to overt actions by Europeans is false. Accidentally wiping out 90% of a population through spread of disease is one thing. Deliberately killing off much of the rest is another.. you seem to think of that as a rounding error lol? I also provided a citation in which an American soldier admits to attempting to infect natives with small pox, despite his lack of germ theory. This also explicitly contradicts your account.
Well that's an oversimplification. Diseases wiped out 90% before they ever saw a soldier. BUT...
'Instead, when the Indians were ready to leave, Trent wrote: "Out of our regard for them, we gave them two Blankets and an Handkerchief out of the Small Pox Hospital. I hope it will have the desired effect."' -- http://www.history.org/foundation/journal/spring04/warfare.c...
More commonly rumored to be used by British against Americans, though.
If you are basing this on the idea that something that can store a graph is a graph database, I'm not sure that definition really holds up.
It has been argued -- for example by Neo4j, which is one of the leading graph databases -- that index-free adjacency is an essential feature for any real graph database, or as they put it, "Index-free adjacency is the key differentiatior of native graph processing." https://neo4j.com/blog/why-graph-databases-are-the-future/
By my reading, this system doesn't feature index-free adjacency as it uses relational tables as the substrate for edges. Thus EdgeDB won't be especially well suited type of graph traversals and queries that people actually select graph databases for. Which seems like a compelling reason not to identify it as a graph database.
There are numerous studies showing positive effects of seltzer, and a few suggesting negative effects. But in what world can we compare this to diet soda?
>> What's more unclear is whether the sugar-like taste of artificial sweeteners affect the body's blood sugar regulation.
How is this unclear... every study I've seen shows that artificial sweeteners are similarly obesogenic to actual sugar. Some of them also spike blood sugar quite a bit.
Several studies have also showed that artificial sweeteners change gut bacteria. One study I can't find right now showed a single dose of sucralose significantly changed gut bacteria composition. Here is an article about this concept from Sci Am https://www.scientificamerican.com/article/artificial-sweete...