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1 month agoThat’s a good book, not terribly deep but very much fun to read. I’m sure bots thinking they are human has been done several times. First show that comes to mind is Westworld, which is kind of centered around that idea.


That’s a good book, not terribly deep but very much fun to read. I’m sure bots thinking they are human has been done several times. First show that comes to mind is Westworld, which is kind of centered around that idea.


In Switzerland, 77% of the population voted against. Granted, the 1% may have influenced the voters by spending money on campaigns, or even by creating a narrative over decades. And maybe that proposal was too ambitious. But in the end, it was not just the 1% who voted against but 77%. There is still a lot of skepticism against UBI, despite all the positive evidence.
“closer to realistic” - technically, but 1 kW is just so much power, I find it hard to imagine.
Say I was streaming from my own home server instead (about 20W, which could serve more then just one user), and over a gigabit Ethernet switch (also about 20W) which could serve a 4k streams to 50 users, but let’s say it’s just me). Then I would use 0.04 kW of electricity for streaming? Maybe I’m streaming from my gaming PC (0.1 kW idle) and have a large inefficient monitor (another 0.1kW). Then it sums up to 0.24 kW. We’re still not close to 1 kW and I’m out of ideas.
Granted, you’ll have many more switches because this is the internet. But those won’t serve just a single user so the power per user is much smaller too. And netflix servers will use more power, but they are also much better optimized for streaming than my home server, and not 90% idle, shared by many users.
And what would you do if you weren’t streaming? Would you turn off your gaming PC and monitor? If not, we can’t really fully count their consumption. Maybe… ah, I’ve got it! You’re boiling water for coffee at the same time. Yes, that would be 1kW. All the time, while streaming, one cup of water after the other non-stop.