/sci/ - Science & Math

>>10378630
Priest. Everything else is vanity.

>>10378630
Ministerial Engineering

>>10378630
>by helping people physically
Particle physics is you're incredibly smart.
Genetics, if you're decently smart.
Computer science other wise.

But so help me God I will not be held accountable for my actions if I encounter ONE MORE applicant who hasn't used a functional language, or can't build a computer, or says C++ on their resume when they really took 3 credits as a junior... basically any comp sci grad who just coasted by for the $$$ and doesn't actually care about computers or programming. If you aren't willing to put in the 10,000 hours for mastery or however many go into business, get paid and make sure I never end up in room with you.
Sorry I had to vent. Go into AI, if you're willing to sink the thousands of hours in to the maths AND the actual computer science theory of AI then you will have a very bright future.

>>10378635
>>10378655
>the future needs more sky wizardry
Idiots.

>>10378699
Does Genetics often involve doing lab tests on mice and comparing them to humans and then doing human tests to look for similar results?

>>10378630
>Wanting to help people
Cuck

>>10378630
Figure out how to cure aging

>>10378699
The privation of God is why the world is so screwed up. Light has come into the world but men preferred darkness for their deeds were evil.

>>10378630
Constuction, build wells and infrastructure

>>10378748
I have been interested in this topic for a while now, which field do I study to get in ?

>>10378770
You need to go to autism university to study anti-aging mate

>>10378722
>Does Genetics often involve [animal testing]
Sometimes, it really depends. Usually mice are used specifically for their likeness to humans (e.g. LD50 for poisons). So you would use mice (usually) to determine if something was relevant to humans, such as if you were developing a new drug or researching a disease.
Remember that genetics is at it's core chemistry. Specifically, applied organic chemistry as it pertains to molecular biology.
You could just as easily be researching geckos (isolating the gene for their adhesive feet) to cockroaches (intelligence, behavior) to fruit flies (mutation) to spiders (learning how to spin silk which is 4x stronger than steel).

E.g. 15-20 years ago they actually tried to take the silk genes from a spider and splice into a goat's genome so instead of milk proteins it would spin spider silk. Sadly they discovered that the spinneret (the spider's organ that "spins" silk) is actually as important to making spider silk as the actual protein itself. But it was an important discovery nonetheless.

Here's the most important thing: CRISPR (new gene editing technology) has changed the genetics game drastically. Like the steam engine did for industrialization. If you get in now you might be as well-positioned as an aerospace engineer after World War I (if they were even called such back then). There's such an amazing future in genetics specificallly that you'd have to basically be jailed for a decade to not have at least a financially successful career. Just know that you'll have to get a PhD and get into a good grad school/doctoral program.

>>10378777
Damn you trip fag

@10378752
Go LARP somewhere else :D