You're supporting the wrong Amazon.
siderealyear
Nice, I dunno about too big. Looks like a sweet watch to me.
Think that will do the trick - just double checked and mine is running on a xeon E3-1290, that's a Sandy Bridge chip, so think 2nd gen! It's got 16 GB memory and an SSD and is perfectly happy running the matrix server, a minecraft server for my kid, immich for photos, a wireguard tunnel for external ssh access and an rsync server for backups of other machines. Even still has some legs left for video streaming and light gaming.
When I saw the title, my first thought was circular dichroism, not compact disk! Cool example spectra anyhow.
I have been doing exactly this for the past six months or so - if you aren't concerned about federation and are happy with a small private server, the hardware requirements are minimal. I run mine on a ~2010 era Dell 'SOTR' edition (side of the road) that I got for about 10 bucks at a junk shop.
Nope, not at all. Uninstalled weeks ago. Actively avoid in search results. Had been subconsciously looking to move on for a long time. See ya later, better things to do and places to be.
Awesome, thanks for the post! I've been aware of OSM for a long time, but haven't thought about it in a while. After a couple of good app recommendations from the comments, I am surprised how far it's come. Definitely going to start using/contributing as much as I can.
Yeah, totally - the longitude doesn't really matter, it's the latitude that's important. Auroras usually occur between 10 and 20 degrees from the geomagnetic pole. This does bias North America and Greenland a bit, since the geomagnetic pole is shifted toward Canada relative to the geographic north pole. But, if you take a look at the University of Alaska link I posted, they do publish forecast maps for Europe and the north and south poles as well as the US.
Me too! Happened to see it in Connecticut when I was a teenager, totally took me by surprise. Space weather apps were definitely not a thing at the time.
Most of the internet was already BS before 'working' LLMs, where do you think the models learned it from? I think what you want is a crap detector, and I'm with you. Any ideas good ideas and I'll donate my time to work on it.