$4 Sausage $4 Eggs $4 Bacon $2 Toast $1 OJ

The price seems very high for each ingredient but it sounds great as a breakfast

Reminds me of an interaction I had a long time ago.

    Me: :[
Friend: Turn that frown upside down!
    Me: ]:

HFY = Humanity Fuck Yeah! A place for writers to post their stories about humans being awesome. Many of them were sci-fi space operas which is what I loved.

I love you, thanks! Had no idea this was already integrated into the keyboard already.

Hang on, how do you use emoji kitchen with Gboard?

I’ll bite the bait and ask you to explain how Starlink satellites contribute towards the space junk problem without having to reference astronomy or bringing up you-know-who’s name.

https://lemmy.world/post/5730713

Yessss, my thought bubble would be nothing but emojis. The vast majority of them being blobs.

I have mine configured like this to mimic the RIF layout

What’s called sweet tea in the US is overwhelmingly sweet. That was my reaction to it the first time I tried it. It’s so sweet, the only way you can get that much sugar in it is if you dissolve that sugar in hot tea.

As far as we’re aware, dark matter only interacts with the universe gravitationally. It doesn’t even interact with itself, which is why we don’t see dark planets/stars/galaxies popping into existence. It only follows normal matter around.

As for why it’s not called cold, is for two reasons:

1. Cold gases of normal matter can condense to form stars. Dark matter doesn’t interact with itself, which implies it cannot condense into more concentrated forms of itself the way a gas cloud can eventually form a star.
2. We just don’t know what the stuff is, it could be clouds, planets, black holes, neutron stars, brown dwarfs, etc. But our best observations of dark matter are from very large distances away where we can measure the distortion of spacetime due to dark matter. We can’t see these smaller objects at these distances. But we should be able to see other clues that would indicate it’s normal matter.

If it happened to be clouds of gas and dust that overall had a net gravitational effect on the background galaxies, we’d be able to detect the spectral lines of these clouds. Same for just about all the other objects in that list. In some cases we do detect intergalactic gas clouds. But in places where there’s very clearly unaccounted for gravitational lensing, there isn’t any sign of this. So far the only things we can match up to the observations is a mathematical model of the stuff.