Also don’t take more than the recommended max dosage. Taking 10 grams of acetaminophen in 24 hours is enough for possible fatal liver damage. That’s 20 to 30 pills, depending on dosage.
For comparison, ibuprofen has an LD50 of 636mg/kg of body weight. For 70kg bodyweight, that means consuming over 40 grams of ibuprofen (200+ regular strength pills).
And all music should be under three minutes long. Every book should have page numbers. Photographers should have familiar subjects. Paintings should have a full explanation by the artist telling you exactly what they meant to communicate. /s
If the game isn’t for you, just move along. There are tons of games out there.
fe80::
That’s a link local address [0].
fd8b::
That’s a ULA [1]
2003::
This one is a globally routable address (Global Unicast Address, or GUA) [2].
As you observed, link-local addresses are generated completely independently. ULAs and GUAs are self-assigned using SLAAC or assigned by a server using DHCPv6 after your host has seen a router.
For a GUA or ULA to be assigned, the router or DHCP server has to have a prefix delegated to it. A GUA prefix would come from your ISP. A ULA prefix would be configured on the router itself. If yours has one without you setting it up, maybe it does that by default?
[0] https://en.wikipedia.org/wiki/Link-local_address [1] https://en.wikipedia.org/wiki/Unique_local_address [2] https://www.iana.org/assignments/ipv6-unicast-address-assignments/ipv6-unicast-address-assignments.xhtml
To light up a location as brightly as the Sun would, you need to cover a half-degree circle in the sky (viewed from that location) with mirrors that reflect the Sun directly at the location.
That’s the best, simplest example I’ve seen for why this doesn’t work. But…I wanted to look at it from the perspective of irradiance losses from the beam spreading. It’s been a long time since I did any optics, so I could be way off-base with my approach. Feel free to correct anything I screw up.
Here are my assumptions:
Beam spreading loss is a function of distance. So however large the beam width (mirror diameter) starts, it’ll be this much bigger when it reaches the ground:
600km * tan (0.5 degree) = 5.24km
That means if we have a 1m diameter mirror, we get a beam 5.24km + 1m on the ground. If we have a 5km diameter mirror, we get a 10.24km beam on the ground.
To get our target of 1000 W/m^2, we need at least 1000/1400 = 0.71 of what hits the mirror to hit our target.
mirror/(mirror+spread) >= 0.71 mirror >= 12.83km
[0] https://en.wikipedia.org/wiki/Sunlight#Measurement
[1] Wikipedia says that we actually get more like 1100 W/m^2 when the sun is at its zenith.
[2] https://en.wikipedia.org/wiki/Collimated_beam#Distant_sources
I have no idea what the infrastructure setup is like for cooling that data center, but one way of water cooling is to take in cool water and dump the hot water. If you do this in your home, it’s an “open loop geothermal heat pump.” You pull in water from a well, heat or cool the water with your AC heat exchanger, then pump it back into the ground or into the sewer.
I have a nixos machine with Steam on it. It works great 🤷♂️
Hmm, I dunno if that’s a fair comparison. That house might be structurally sound and just look weird.
I haven’t played in a few years so take this with a grain of salt.
My approach is to build things out incrementally. If your cashflow stays positive the entire time, you won’t have money problems.
For design, try to find modular chunks you can repeat. A cellblock with bathroom and showers. A canteen. Make blueprints from them and twist them.
Do you have a foundation and walls around the entire space? I usually kept most stuff outside with a fence around the perimeter.
Don’t disparage Miss Piggy like that! She has a few blindspots, but she’s generally an honest, intelligent pig. And she would never be a mouthpiece for a fascist administration!
It’s powerful, lightweight, and ubiquitous. If you do sysadmin work, remote into a random machine, and need to update a config file, it probably has vi installed already. It’s also extensible enough to use as a full IDE.
Personally, I like it because of how fast it feels and because I can do everything while keeping my hands on the home row of the keyboard.
I’m about at that point. I had to set up a Windows VM last year to do some testing. It was more of a struggle to install than I expected.
I have one. I love it.
If you look at the mechanisms of poisons, they all mess up some process in the animal or plant.
For example, Glyphosate is a very effective herbicide. It prevents plants from producing some amino aids. It “starves” the plant.
I’m not surprised. I have no idea what their specific situation was, but I’ve known a couple people going through the green card process. And each was its own brand of long, painful, and expensive.
Shocked Pikachu face.
Shocked Pikachu face.
This.
It definitely is possible, but if you have to ask, you probably don’t have the background to do it.
If you want to do it anyways, great! You’ll be learning some new skills. I suggest taking it slow. Use a bunch of dummy boards to practice on. When you’re ready to try for real, try it on a machine you don’t care about first. Something cheap enough that you don’t care if you mess it up.
I don’t know how dead it is, but it’s pretty straightforward to set up your own gateway (public or private). Even if you don’t have a tech background, there’s the “IPFS Desktop” app that stands up the IPFS service locally.
For pedantry’s sake, these aren’t examples of corruption. In order for it to be “corruption,” there has to be someone in a position of power who is misusing their power.
definition
[0] “Corruption is a form of dishonesty or a criminal offense that is undertaken by a person or an organization that is entrusted in a position of authority to acquire illicit benefits or abuse power for one’s gain.” (wikipedia)).
Some examples of corruption would be: