We’re dense?! I don’t get it..

Same! I grew up watching shows like Air Crash Investigation/Mayday and I still study general aviation accidents today as a hobby as well. /u/admiral_cloudberg writes fantastic reports of it and if there’s one thing in common with these accidents it’s human error. Even simple mistakes such as forgetting to extend flaps, weight balance calculations and blocked sensors would often lead to fatal mistakes; which is why pilots are often trained to stay sharp and follow a set of procedures before resorting to their own judgment.

While I love the idea of flying cars as a little avgeek, as an engineer now I’m just hesitant to embrace the idea let alone thinking of ways to implement it with barely any nuisance to the end user.

Please see yourself out sir.

That’s no moon.

I thought each chinese character was a word though ? If each english letter was a word spaces would still be handy but less important

Found it on maps: مرسى الدبابة https://maps.app.goo.gl/8cpAQ7naZ1Ndh2k68?g_st=ic

Prove it

Each character is an individual syllable in Chinese so it's not hard to read. It flows. It would be weird with spaces!

Ok I guess this make me more confused, cause then I'm thinking, well what even is time, like does time exist?

Is time just the movement of all existing stuff in the universe?

So if nothing is moving at all, does time move?

That depends on formatting. Newspapers and novels tend to have lines of equal length and therefore break after a certain number of characters regardless. Manga might format things for more natural breaks, but it’s by no means illegible if they don’t.

Wait a sec, I LIVE THERE!

Yes, and it isn't constant over time.

A magnetic field comes from a conductive fluid core which generates electric currents via convection and the core's rotation, so the object needs to be large enough to have a dense, fluid core and maintain it over time.

In the very early solar system most larger objects (non-asteroidal) would have had fluid cores and so likely magnetic fields, but these cool over time for smaller objects and they lose the field. Ganymede's core is on the lower edge of what could retain a magnetic field until the present day.

Coupled with differences based on core composition, we therefore believe Ganymede's core to be slightly larger than Mars'.

Latin too! Made translating difficult in HS 😬

Line breaks in Japanese are more commonly done after particles.

English and other alphabets derived from the Roman alphabet used to be like this, too. Spaces and punctuation and mixed case are all pretty recent.

And I did! I was surprised

Thai, Lao and Khmer too.

I bet they’ve been Holden onto those comments for a while, waiting for an opportunity to spring ‘em

Japanese, too. And line breaks in the middle of words are completely normal.

It’slikeifIwrotelikethisandy

ouunderstooditbecauseth

ereareenoughcontextclue

sthatthemeaningisclear.

So is Titan.

It's also the gayest

To Ganymede and Titan

Yes, sir, I've been around

But there ain't no place

In the whole of Space

Like that good ol' toddlin' town

Oh! Lunar City Seven

is there a minimum volume or mass required for a celestial body to have a magnetic field?

Yeah thanks to your mom

Don't let the astronomers know. They'll redefine it as a dwarf-moon planet or something.