there would be nothing to prevent the 99% from rightfully rising up against the 1%
Except for the other 1% who are trained and equipped to violently suppress the 98%. And if for whatever reason they fail to do the job, the killer robots will do it instead.
I've been feeding my local crows roasted peanuts for a couple of years now. They've never given me shit as a present, ungrateful little bastards. One time I thought they left me a little cluster of seeds and berries as a present and I was happy, but then I realized one of them just puked that up so he could eat the peanuts.
and Trump
Lol read up on Bush v. Gore in 2000.
And to top it all off, in order to preserve the only thing they have left - their freedom - they want to hand the country over to a dictator. It just doesn't get any more oxymoronic than that.
Well, typical muzzle velocities for these shells were in the neighborhood of 2500 feet per second, and although they slowed down some out to typical combat ranges they were still going pretty damn fast when they hit. I don't think the Mythbusters ever had the kind of budget you'd need to test this one out.
Bigger/faster the bullet the easier it was for water to stop.
For bullets that's probably true because of their light weight, but heavy shells from the big naval guns of battleships (12" to 18" caliber) actually carried a long way through water and sometimes hit and damaged target ships below the waterline. The Japanese in particular actually designed some of their shells to maximize their underwater performance.
It doesn't matter how you run because ALLIGATORS WON'T CHASE YOU.
I used to live in Florida on the edge of a big lake where my landlord had carved out a lagoon that mama gators used to hatch their broods, so there would often be between 50 and 100 little alligators chilling out in my backyard sunning themselves. For fun I would try to sneak up on one of them and poke it on the head just to watch it and all the others scatter into the lagoon. Everybody I told about this thought I was absolutely batshit crazy, but I knew that at the time there had been something like 5 alligator attacks on humans in Florida since the 1940s, always on little children playing in water (I was obviously a little child mentally but physically I was a 200-pound adult man). So I knew I wasn't risking life or limb doing this. For the record, my sneaking up technique was to stand stock still and only move a step or two towards the gator whenever the wind blew; it seems that the gators just took me for a swaying branch and ignored me.
What made me stop doing this was one day I happened to look down at what I thought was a big log and realized that it was actually the mama gator, about 12' long from tip to tail and probably 2' in diameter at her midsection. I was fairly confident that she wouldn't attack me on land either - but not that confident.
I'm old enough to know that but I had virtually no interaction with computers until 1995 when I conceived the idea for my software (after reading Richard Dawkins' The Blind Watchmaker) and bought a PC and Visual Basic 3 to try and make it happen. I understand that Ataris and Amigas were pretty damn advanced for their time and I wonder what I could have done with them if I hadn't been busy smoking dope and trying to be an Anthropologist.
Fun Creative Labs fact: the reason soundcards were popular in the '90s was that while most PCs by that time had built-in MIDI synthesizers, the instrument sounds were created with a very cheap version of a synthesis technique known as FM (for frequency modulation) synthesis. The first synthesizers (e.g. the Moog) used analog circuits known as oscillators to produce sounds in the form of sin waves, square waves, triangle waves etc. These were really not able to mimic the complex waveforms generated by real instruments, even when multiple oscillators were combined into one sound - and in those days adding oscillators just increased the cost of the circuitry in a linear fashion. FM synthesis essentially used one oscillator to modulate (aka change the frequency of) another waveform-generating oscillator, and this produced much more complex waveform output that could (sometimes, at least) mimic real-world instruments. So much more realistic sounds could be produced by just doubling the number of oscillators in the circuitry, instead of multiplying the oscillators by 10 or 100 or whatever and still not achieving very much sonically.
When it came time to build sound generators into PC chips, FM synthesis was the natural technique since the manufacturers still wanted it to be as cheap as humanly possible, even though the circuits were now digital instead of analog. And so was born a generation of shitty, tinny-sounding PCs. Along came Creative Labs with their AWE32, a synthesizer card that used wavetable synthesis instead of FM. Wavetable synthesis stored an actual digitally-sampled sound bank of a real instrument for each of the defined MIDI instruments, with added loop points for instruments (like flute, strings etc.) that needed to be able to produce an arbitrarily long note. By today's standards, the AWE32 sounded nearly as bad as the cheap FM stuff, but at the time it was fucking mind-blowing. It even had the capacity to load in your own instrument samples to replace the built-in ones, although this was a bit of a pain in the ass to do.
At the time (1995-ish) I was developing a series of Windows applications that let people compose music on their PCs, and while it worked well, the actual quality of the music when played through a shitty built-in FM sound chip was depressingly awful and I had a lot of trouble convincing people it was a worthwhile endeavor (my parents were particularly prone to eye-rolling when listening to the chintzy notes). My first AWE32 improved things massively - the problem was that nobody out in the world had one so it was impossible to target it with my application. I dealt with the problem by essentially giving up until years later when PCs because powerful enough to do wavetable synthesis entirely in code using just the processor itself. And nowadays I can run the stuff on a first-generation iPhone!
the barrier for getting Linux to work is too high right now for a very large part of the population
My elderly (late 80s) parents have Windows on their laptops and it would be impossible for them to use it without my regular intervention. I might as well take the plunge and set them up with Linux.
We survive because they're tiny. If my cat were lion-sized, I'd be dead or at least missing an arm or two. It also helps that she's opposed to firearms ... and anti-nuke.
This is the most basic fact that people in the US need to be made aware of: we spend literally twice as much per person on healthcare as the rest of the developed world. Twice as fucking much!
a lot of research and medical progress comes from america, financed by medically bankrupt americans
The real beneficial research is financed by taxpayers. The medically bankrupt finance the obscene profits of health care corporations and pharmaceutical companies, who do not spend much at all on primary research. The "research" they invest in is how to productize and market drugs.
I just gave it a listen today on my bike ride. It's pretty good - not what I expected but not surprising, either. I'd characterize it as Kate Bush meets Dead Can Dance meets early '70s King Crimson, and since I like all three of those acts I like Gibbons' album as well. I was surprised to see that it's her first solo album.
So cynical ... what makes you think "a startup aiming to broker paid licensing deals between publishers and AI companies" can't be trusted implicitly?