Message from @Khaine

Discord ID: 679443378907381760


2020-02-18 21:42:23 UTC  

You were typing.

2020-02-18 21:42:24 UTC  

He deleted it

2020-02-18 21:42:26 UTC  

You didn't read shit.

2020-02-18 21:42:27 UTC  

lol

2020-02-18 21:42:34 UTC  

I did!

2020-02-18 21:42:38 UTC  

Oh, okay!

2020-02-18 21:42:44 UTC  

I'm on my computer, so all the text is big

2020-02-18 21:42:59 UTC  

I can read fast when I have big text

2020-02-18 21:43:13 UTC  

I will bet.

2020-02-18 21:43:28 UTC  

I get why you couldn't read it though. You're on phone. Reading on phone is tough

2020-02-18 21:43:48 UTC  

Yeah, that's not a case of you trying to get someone to back you up at all.

2020-02-18 21:43:51 UTC  

You read it twice!

2020-02-18 21:43:56 UTC  

@Yusa I have an experiment that cuts to the base of your question.

2020-02-18 21:44:09 UTC  

Ok

2020-02-18 21:44:19 UTC  

Hit me with it @Puerto Rican Nelson

2020-02-18 21:44:43 UTC  

The experiment used water (H2O), methane (CH4), ammonia (NH3), and hydrogen (H2). The chemicals were all sealed inside a sterile 5-liter glass flask connected to a 500 ml flask half-full of water. The water in the smaller flask was heated to induce evaporation, and the water vapour was allowed to enter the larger flask. Continuous electrical sparks were fired between the electrodes to simulate lightning in the water vapour and gaseous mixture, and then the simulated atmosphere was cooled again so that the water condensed and trickled into a U-shaped trap at the bottom of the apparatus.

After a day, the solution collected at the trap had turned pink in colour.[9] At the end of one week of continuous operation, the boiling flask was removed, and mercuric chloride was added to prevent microbial contamination. The reaction was stopped by adding barium hydroxide and sulfuric acid, and evaporated to remove impurities. Using paper chromatography, Miller identified five amino acids present in the solution: glycine, α-alanine and β-alanine were positively identified, while aspartic acid and α-aminobutyric acid (AABA) were less certain, due to the spots being faint.[4]

2020-02-18 21:44:59 UTC  

But he's not asking for the origins of life.

2020-02-18 21:45:15 UTC  

He asked for the origins of man.

2020-02-18 21:45:20 UTC  

Worms can evolve from bacteria, but humans cant evolve from other animals which evolved from animals which evolved from bacteria?

2020-02-18 21:45:24 UTC  

Why?

2020-02-18 21:45:25 UTC  

^

2020-02-18 21:45:27 UTC  

Precisely.

2020-02-18 21:45:30 UTC  

My point.

2020-02-18 21:45:54 UTC  

Why is this so hard?

2020-02-18 21:45:55 UTC  

lol

2020-02-18 21:46:38 UTC  

@Puerto Rican Nelson That's not life

2020-02-18 21:46:42 UTC  

Cognitive dissonance maybe?

2020-02-18 21:46:42 UTC  

GG @Khaine, you just advanced to level 6!

2020-02-18 21:46:58 UTC  

The experiment didn't form life

2020-02-18 21:47:03 UTC  

@Yusa amino acids and proteins are the building blocks of life

2020-02-18 21:47:13 UTC  

You didnt ask for the origins of life, you asked for the origins of man

2020-02-18 21:47:16 UTC  

Ah, the building blocks of life

2020-02-18 21:47:17 UTC  

^

2020-02-18 21:47:20 UTC  

Which is exactly what I said

2020-02-18 21:47:25 UTC  

right after Nelson posted it.

2020-02-18 21:47:28 UTC  

It's just sad, man.

2020-02-18 21:47:35 UTC  

Yeah lol

2020-02-18 21:47:47 UTC  

And it still answers his question in a way.

2020-02-18 21:47:53 UTC  

So how do those building blocks form life.

2020-02-18 21:48:01 UTC  

lol