Message from @Sorghagtani Beki

Discord ID: 322597309118676992


2017-06-09 04:40:52 UTC  

Unless we conquer the stars.

2017-06-09 04:41:06 UTC  

But even then, there will be scarcity elsewhere.

2017-06-09 04:41:09 UTC  

energy from the stars is a thing

2017-06-09 04:41:16 UTC  

yes

2017-06-09 04:41:21 UTC  

This is why commies have the whole "each according to need and each according to ability" thing.

2017-06-09 04:41:32 UTC  

yes

2017-06-09 04:42:33 UTC  

this is a nice discussion

2017-06-09 04:42:49 UTC  

It's multiple discussions.

2017-06-09 04:43:37 UTC  

In America companies waste a football fields pile of unopened food every day

2017-06-09 04:44:13 UTC  

It is not impossible to give everyone a full meal

2017-06-09 04:44:48 UTC  

I'm not talking about that

2017-06-09 04:44:51 UTC  

@Firefly Second alternative, 'Peculiar Velocities' theory, popular in the USSR. It was argued, that as you plotted the position of the galaxies back in time, the sideways peculiar velocities, would have meant that the galaxies wouldn't have all met up. Instead, there could have been a previous contracting phase of the universe, in which galaxies were moving towards each other. The sideways velocities could have meant that the galaxies didn't collide, but rushed past each other, and then started to move apart. There wouldn't have been any singularity of infinite density, or any breakdown of the laws of physics. HOWEVER, a number of theorems by Roger Penrose and showed that general relativity predicted singularities, whenever more than a certain amount of mass was present in a region. These theorems were designed to show that time came to an end, inside a black hole, formed by the collapse of a star. However, the expansion of the universe, is like the time reverse of the collapse of a star. Therefore, observational evidence indicates the universe contains sufficient matter, that it is like the time reverse of a black hole, and so contains a singularity.

2017-06-09 04:44:59 UTC  

that's different

2017-06-09 04:45:19 UTC  

There is a large spider on my window

2017-06-09 04:45:25 UTC  

KILL IT

2017-06-09 04:45:44 UTC  

It is twitching one of its legs

2017-06-09 04:45:50 UTC  

Moving its fangs eating something

2017-06-09 04:45:54 UTC  

The body is the shape of a booger

2017-06-09 04:46:06 UTC  

@Firefly Let me review it.

2017-06-09 04:46:32 UTC  

They always come out night

2017-06-09 04:46:40 UTC  

If you want to see where the insects come from

2017-06-09 04:46:47 UTC  

Stay up late and pay attention to the walls

2017-06-09 04:46:56 UTC  

Are they dangerous?

2017-06-09 04:47:12 UTC  

I don't know if this spider is dangerous

2017-06-09 04:47:23 UTC  

But it is oddly shaped

2017-06-09 04:48:10 UTC  

*Oddly shaped*

https://cdn.discordapp.com/attachments/308950154222895104/322597719552163843/Black_flag.jpg

2017-06-09 04:48:30 UTC  

If you are lucky you may catch different insects fighting.

2017-06-09 04:48:53 UTC  

Once I saw this tiny dot of a spider continually pounce at this flat silverfish thing

2017-06-09 04:51:44 UTC  

If there are rodents in your house they will also come out at night

2017-06-09 04:51:55 UTC  

If you do not make too much noise

2017-06-09 04:52:39 UTC  

I'll go now, bye

2017-06-09 04:52:44 UTC  

Alright.

2017-06-09 04:52:54 UTC  

Good talking to you, have a nice day.

2017-06-09 04:54:33 UTC  

@Firefly This is an attempted rescue of the Steady State theory, suggesting that as galaxies moved apart, the idea was that new galaxies would form from matter that was supposed to be continually being created throughout space. Observations have shown more faint sources than predicted, indicating that the density sources were higher in the past. This was contrary to the basic assumption of the Steady State theory, that everything was constant in time. The Cambridge radio astronomy group did a survey of weak radio sources. These were distributed fairly uniformly across the sky, indicating that most of the sources lay outside our galaxy. The weaker sources would be further away, on average. However. observation shows a more faint sources than predicted, indicating that the density sources were higher in the past. This was contrary to the basic assumption presented here.

2017-06-09 04:56:17 UTC  

This reads like an undergraduate paper.

2017-06-09 04:59:23 UTC  

@Deleted User Its translated from Chinese.

2017-06-09 05:04:25 UTC  

@Deleted User I'm not sure if you disproved even this paper.

2017-06-09 05:14:11 UTC  

I can bring on them all night.