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Joined 8 months ago
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Cake day: March 17th, 2024

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  • The Elder Scrolls is probably the one I’ve had the most fun theory-crafting about, but I will admit that you have to pick and choose what to care about.

    Also the old Wipeout racing games had a remarkable amount of background plot going on that was really pretty fun. The self-awareness to poke fun at Fusion’s poorly-received changes as being the in-universe result of megacorp meddling for mass market appeal gave me a good laugh, but you can piece together a surprising amount of the world from random references in team flavour text



  • I have to use Teams for a remote course I’m doing and holy shit no program I have ever used is worse for notifications than Teams. Even turning off everything doesn’t prevent it from flashing on the taskbar, so you then have to go disable that for everything as well. I know someone sent a message in chat, Teams, I am in the fucking call where they sent it










  • I know this is absolutely not the point of this, but for some reason this prompted me to try to get a sense of the resolution the JWST is providing here. Here is the original image without our infinite otter overlord. It’s a small part of NGC 3324, which looks like this. If you look at the right hand side of that photo, about in the centre vertically, you’ll see the section that the post’s image shows. It’s rotated 90 degrees between the zoomed in and zoomed out images.

    NGC 3324 has an apparent dimension of 11 arc minutes, or 0.183 degrees. So if you imagine a ball that’s 10cm across and another one that’s 20cm across but twice as far away, they’ll have the same apparent dimension. If you imagine a triangle drawn between the observer and the two outside points of the subject, the apparent dimension is the angle of the corner of the triangle at the observer.

    So if imagine holding an object at arm’s length, say 0.8 m away, how big would that object have to be to have an apparent dimension of 11 arcminutes? About 5 mm. The entire photo - the zoomed out one - is the equivalent of holding a grain of rice at arm’s length. And then we get this zoomed in one still showing crazy detail on just a tiny fraction of that