Message from @rogalik
Discord ID: 559022505357213727
<:haha:318675605233336330>
Well, he has light hair
Unlike Albanians
gods
why cant I have a pale skin black hair gf
Dunno
You're too picky
You poo too much
You probably smell bad
That's why
If a girl doesnt like the smell of poo she aint worth it
*And this is how Dave started dating a German girl*
<:haha:318675605233336330>
another shitty day
oh god why live
oh god why live
spaec.....
Quality dot
inb4 that was a helicopter
well
lol
would have to take a series and stack it
and still its very small so ..
you can see its jupiter because it got the stripes
anyway
@Cielodiluna di Bisanzio ive seen Titan : )
Based
I will explain what do I mean with this whole Titan thing. It is the largest moon of Saturn, which despite unfriendly conditions for biological life as we know it, may in the future be the major industrial and computing centre of the Solar System. It is also one of the richest reservoirs of readily available nitrogen, hydrogen and hydrocarbons, goods relatevily scarce in the Inner Solar System, and of which huge quantities will be needed to build artificial living spaces resembling the Earth. Therefore, Titan might be one of the major nodes of the future Sol trade network. But, paradoxically, the most important resource of Titan may be its extremely low temperature. The average temperature on the surface of the moon is about 98.3 Kelvin, compared to 228 Kelvin on Earth. This means that the very same thermal engine on Titan can achieve up to 3x higher efficiency than on Earth. Low temperature also allows you to achieve much more computing power. Due to the Landauer principle, switching one bit on Titan requires providing energy of just one zeptojule, that is, a processor with a clock frequency of 1 GHz, could work with a one billionth of a Watt. It can be assumed that Titan's energy budget, allowing the moon's temperature to remain at a relatively constant level, is 31 trillion watts. If the computers use only one of these trillions, it allows for a quadrillion GHz CPU. It is commonly assumed that from about 10 to 100 million GHz is enough to emulate the human brain. So, using only a few percent of Titan's energy budget, you could operate a supercomputer capable of emulating all of today's humanity, a million times over.
Daily reminder
barely visible tho
<:sadcade:550417159356940298>
all of the galilean moons perfectly visible tho
>inb4 that was a helicopter
in poland?
havent seen the red spot tho 👺
gay
👺
what if we are all just spots in the universe
<:thonking:318673885497262091>