Oh right. No, it doesn’t work that way in my experience. I’ve seen Mastodon users post to Lemmy Communities by @ mentioning them, and Mastodon users replying to posts. It often looks weird because replies have an @ mention (or multiple, in the case of replies to replies), but everything shows up in Lemmy how you’d want it to.

Why yikes? The scenario you described is literally the same as 50,000 users signing up to Lemmy to post in a Lemmy Community.

I would have put it in less harsh terms, but yes, basically this.

LW definitely can’t handle more traffic than it already has. It already (thanks to the admins’ refusal to update to the latest version of Lemmy, which fixes this issue) takes multiple days for LW content to get federated to other instances properly, which is why I’ve had to switch over to this alt account of mine because there are zero comments on this post in my main instance. With more users, that delay would grow from days to potentially weeks.

IMO bridgy is not well designed. The fact that it requires both the follower and the followee to specifically opt in basically makes it DOA. Both Mastodon and BlueSky are completely open and public in terms of post visibility, so bridgy should have been designed to require explicit opt outs from anyone who didn’t want their content bridged.

I like that in Fahrenheit 0 is a cold winter’s day, and 100 is a hot summer’s day.

Fahrenheit fans always say stuff like this, but it just doesn’t work. 100 isn’t too bad in that respect, but 0 is just insane. If you want it to be equivalent, 0 °F would be 0 °C. Because there’s no way that -18 °C is as cold as 38 °C is hot.

Besides that, knowing about things like snow or ice outside, whether your fridge is likely to cause some stuff to frost over, etc., or whether the thing you’re cooking has reached boiling point are all just as valid things for your day-to-day experience.

But besides all that, SI is a package deal. You use Fahrenheit and now you’ve got to redefine all the other units that are derived from the Kelvin, because now you’re suddenly using Rankine.