83 karma · joined August 29, 2016
It does seem like a possibility, but you'd think if someone were going to write about it they'd try to present evidence of some sort to support the point.
Web 3.0 is supposed to be a continuation of the trend of making the Internet "of the people". Web 1.0 was open to anyone. Web 2.0 was more open. Web 3.0 will be even more open. (In theory.) Web 3.0 isn't about Reddit or the other sites this person mentions. It's about all the new technologies people are coming up with to enable participation on the Internet free from the control of a few centralized corporate platforms. Blockchain is a big part of that, and cryptocurrencies. But so is tildeverse and Mastodon and Gemini and all that stuff.
Also, it's not the case that ARPANET was designed to stay up "if the Soviets took down important cities or strategic datacenters". Bob Taylor, the man who literally made the decision to authorize and fund the ARPANET, has said so himself. "The creation of the ARPAnet was not motivated by considerations of war."
The awscli is just terrible in this respect. There's no man page for 'aws' so I say "aws --help". It then literally tells me "To see help text, you can run: aws help". OpenShift's 'oc' sucks at this only a little less, with no man pages and for some inexplicable reason you can only get a list of global options in a dedicated global options help subcommand instead of at the bottom of every help page. The documentation system for 'git' on the other hand is a work of art. Pure beauty.
"If you can cover a flat surface using only identical copies of the same shape leaving neither gaps nor overlaps"
So the trick, if I'm understanding this, it's that the shape must have sides that can push up against other of its sides, leaving no gaps. Obviously a circle isn't gonna do it.
Does the plane have to be a plane in the mathematical sense, i.e. infinite? Because then you're obviously not going to cover it with anything. It goes on forever.
If just a section, does the plane have to be a square or other rectangle?