A chemist
So a few days ago, I asked what you guys assumed a chemist to be or do and what you think of them. A lot of you answered that chemists are cool and when i showed it to my batch, they were all really happy to see and I think some of them even got a good laugh out of it. I showed them before replying to you all, actually so they never saw the rest of it but we all sincerely thank you guys for thinking so. But despite some positive light on it, there are still some funny assumptions we all though needed to be corrected **Chemists are nerds and are studious** Honestly, all serious college students become nerds and get really studious when they need to or when exams are coming, it's not just us XD **Chemists don't have love lives or a life outside of the lab** I beg to differ, you'd be surprised how often people from my batch hook up with other chemists from other schools when we have our regular district meetings per semester. Plus a lot of us actually have lovers, me included XD as for our lives? well we do our own thing outside of school and all the group study meetings though **We have unlimited access to chemicals** nope, we don't. almost every chemical we use is under regulation but there are chemicals that need a police escort when you buy them XD I experienced this. I only needed a liter of acetone but when the school head chemist was informed, I was suddenly given guards to accompany me to the school's supplier. Those which could be used to make illegal drugs have stricter regulations The video below is also another chemical under regulation and I think you can understand why if you watch. That's how concentrated ethylene diamine is. I was using this for my research but it was only for a trial. I also still needed the police escort to buy this because the lab ran out of it ;-;; https://www.youtube.com/watch?v=KAI3IhI2VwM **We make bombs and drugs** Well, my batch was taught how but it was a special case because we had a military chemist as a professor then so we were safe from being caught. same thing with the drugs, we were taught how to make crack but that was only because we needed to see how easy it was to detect it and it explained why making it required a lot of running from one place to another, it stinks like hell. This was taught in our forensic chemistry minor subject. But again, chemicals for both materials are under very strict regulation and I do not need another pair of guards watching my every move https://www.youtube.com/watch?v=3rSo05reqVU This is something we do for fun though. I apparently lost all the old videos we had of the stuff we did XD but I think this will suffice. Our military chemistry professor had left the school by that time so our fireworks creation was put to a stop then. Some chemistry related courses like chemical engineering also do this, it's called the flame test or metal validation test **Don't get on our bad sides?** We had no idea how to react to this because we don't really splash acids and chemicals on other people when we're mad. That one was an unusual assumption but we can't blame them, they don't get to see us in the labs and how often we burn ourselves with acids when we accidentally spill on ourselves. Lol you guys have no idea how many clothes I've ruined and burnt because of those acids- so knowing deadly it is, do you think we would even dare do that to other people? **We are creative and make a lot of stuff in the laboratory** Not sure about this one, we mostly just follow procedures for regular analysis. We only get the chance to modify or make our own methods when we experiment for out own researches, really. **We make things explode?** I'm not sure? I thought it was only me? The freshmen set the lab on fire a lot though but it's rare for things to explode. It mostly happens when we work with high pressure extractions like in distillations. I remember the first explosion I caused was the fractional distillation we did. It was really scary because we were purifying gasoline then and the fumes went all over the place, then the most recent was the microwave at home... because I was trying to do my research at home... but it just got me banned from the kitchen... so now I need to beg my mom for food when I'm hungry so that I can access the kitchen ;;-;' **We work with high-tech stuff?** No, we don't really have that many laboratory equipment in the Philippines to begin with. We're lucky with our school because we at least have the most common instruments used for analysis but none of them are high tech at all. most of the stuff we have are close to being obsolete, really XD but the stuff in Japan though. It's a common dream for us materials researchers to go to their NMR park so that we can test our samples for free So I think these clarifications are enough. And on that note, I'll leave you with this myosin molecule. This cute enzyme is responsible for transporting endorphins to your neurotransmitters. They're called waling happiness because they literally walk around with the hormone that makes people happy https://youtu.be/n7UFDUcstW0 I honestly watch this to lessen my stress XD
45 comments
Some of the comments they made to you seemed funny to me. When it is not known it is like when it is not seen. Says an adage.
I'm glad, i was hoping to make a few people laugh True. That's why there's way too many assumptions
It is logical to have so many wrong thoughts when we do not know the work of a professional. Between one profession and another there are too many separations. And people think they know everything by assumptions.
Wow! This is very interesting. I guess it's cool to be a chemist. When I was a kid, I wanted to be a scientist. So everything in the house was my ingredients for my experiments. Lol. I'd usually mix almost everything in the house. And btw, I love the last video. It's the cutest thing I've seen today. π
Everything in the house is still my ingredient, it's just that i got banned from the kitchen so i can't do stuff anymore Yess that last vid is for cheering people up with literal happiness β€β€β€
Btw, you're awesome!
Oof awesome seems like an exaggeration ;;-;;
Well, you are.. First, you can draw and you are so good at it.. You can also write.. Plus, this! β€
I'd honestly say I grew up a really bored kid so I learned things i never expected to excel on π but thank you, i appreciate that you think that way
You're welcome. β€ And stay awesome!
og nerds for the win
Owyes πππ will you still be up to helping me spread science?
π Atleast i am almost correct.. You make "can" make bombs and you are cool. π Hey in the last video? Is that really how they move? Its cute. π
We can but we don't do it outside of the lab or we might get arrested πππ Yes, that's how it moves. I added that part there for good vibes
I am curious with that endorphins and neurotransmitters , I searched it to google and I have nosebleed now haha.
π π π omg I'm sorry, i just wanted to show people cute happiness!
It's okay. Sometimes I want to know different thing even if its hard for me to understand π
You could always ask for clarifications though, you know I'd be happy to answer UwU
I'm a chemist. I can feel these words π
Right??? I don't even understand why they would assume we're allowed to make illegal stuff πππ
I viewed the video in YouTube and I saw a comment there that this is not an endorphin. Heres the comment Thatβs not endorphin at all though... endorfin is a hormone, this is kinesin (a motor protein) walking along a microtubule, transporting a vesicle At lalo ako nanosebleed haha.
That's what I was avoiding πππ that's why i simplified it to enzyme because it's basically an enzyme that's carry/pulling the endorphin to the neurotransmitter
Ayaw ko na hahahahaha.
Special valuable article and biological related things
Wow. This takes me back when I still dreamed to become a chemist. I love experimenting mixing those chemicals. But after I faced answering those complicated formulas last year where you only got late from the class and you don't what's happening in the discussion. It was then I decided become a chemist is not for me haha. But I still love to watch experiments tho.
It's not all equations though, most is theoretical and in some cases like in analytical chemistry, the computation there is so practical that you'll end up knowing the equations by heart because of how often you use it
<We had no idea how to react to this because we don't really splash acids and chemicals on other people when we're mad> ππππ this had to be the funniest thing I've seen all day. But your explanation made me go back to high school when I actually liked Chemistry and I was so fascinated about how sodium explodes in water and has that black film cover it when it is exposed to air... Yeah, then came First year of Medical School and Physical chemistry. Im hated the old textbook we used, but I tried to endure, because, yunno, I still liked Chemistry. And now I'm in Second Year of Medical school with Medical Biochemistry. Which I hate, because I hate organic chemistry. That course will just be cramming for me.
Ahh pure sodium, yes! That one is really cool. It's also fun playing with pure mercury when you're under a fume hood Ahh i wish we'd met earlier then. Physical chemistry is one of my best subjects, also organic chemistry. I could have taught you biochemistry if you just asked, i love that πππ
I've only seen mercury once, the liquid one. That was in high school physics class. I was so mindblown by it actually, it felt like I could cut through water and stuff. Surface tension is a great topic. Well, you had no option but to like those courses, and neither do I. I managed to cross out Physical Chemistry with a B, so fair play, I guess. Biochemistry... well, I'll have to do moire than my best.
Yeahhh it's a really fascinating liquid indeed and it feels so squishy, really. Though i still use gloves when i touch those Ayyee at least you're surviving. I'm surprised you're taking med yet you're not utilizing what you're learning here
Oh, what I learned from this post? I've filed the stuff I can remember, like the cute myosin molecule. Is that an actual recording? It looks really cool. I've saved the post anyway (I've learned to save anything that looks informative) so I'll get back to it if I need to.
No, i meant you don't write about med stuff here, you don't use what you know to your advantage here. But then i love your stories π so it's fine. And that myosin is just an animation, not even mine but it's cute as heck and i watch to destress
Oh wow. You know, you're actually right. I think I will start writing med stuff here, even though it's stories I like ππ. The video is oddly calming, I've been watching it over and over.
Hey, there's nothing wrong with mixing up your content. that's the essence of being a content creator after all Riiigghhttt! That's why it's my favorite video πππ
Okay, yeah then. Maybe I'll get round to posting some stuff today.
Ohh I'll look forward to it. I'm just taking a break from my revision right now, honestly ;;-;; I've been dying to draw again
Okay. My tom]day will probably be your tomorrow now that I think about it.
Unfortunately,i thought all those questions about chemist. π
Well it happens πππ other courses at school think the same too because there's always a fire alarm in the lab
Haha.. it's dangerous though.. minor cases are fine, but too dangerous if it will cause real explosion..
Well even the minor explosions are still real explosions though. They still cause laboratory evacuations πππ
Great informative article. Chemistry is one scince of all that I was amazed in. In high school I loved science, biology, chems, fyzics. I always thought it is gonna be my passion and I am gonna build career about science. And look at me now, but your article actually proves my ideas about beeing the scientist were compeletly wrong. :D....
Ehh what assumptions did you even have? But i think you'd excel no matter wgere you go and that you like what you do, really
No no, chemists means they make bombs.ha ha!! O may be all chemist students are not nerd but still they bear a sharp memory i belive. Chemical reactions and atomic structures are dificult to memorise...
It deoends on the approach which the students are taught, really. Luckily we had good professors so it was fairly easy to understand. But then it needs a deeper understanding when you tackle it through a quantum mechanical approach