The bizarre fact that lava can be held in a bucket and also destroy the bucket made me terrified of lava in beta 1.6. I once built a railway just to transport some buckets thinking they would leak in my inventory and kill me.
SAME. I always only kept lava in buckets just long enough to move it to where I needed it because I was scared it would spontaneously destroy the bucket, place where I'm standing, and then kill me.
@@Gekoloudios it was actually my friend who i was hot seat playing with. I assumed it was his logic and it was the logic I Iretroactively came to. I was also terrified of redstone ore... I was 13
@@PigHumanoid legitimately though that would actually be a really effective means of doing so since it would give you the ability to create 3d representations in a way that is clear to show to people, something most programs used at meetings don't have.
Thinking about it, I've seen both used extensively. Ultraviolet-left when discussing visible light spectra, like with lamps or stars, but infrared-left when discussing the full electromagnetic spectrum or anything with more than two metric prefixes.
Here's a fun fact from a modder: The Forge modding framework adds properties such as temperature to fluids - and the temperature of lava is defined as 1300K, or ~1027° Celsius, same as your conclusion. :P
@@intergraphenicthat's for having to work with good numbers. really, if you were to burn in a 1000°C lava, or a 1027°C, would you feel any difference?
From this, we can deduct that souls are made of copper sulphate in Minecraft. Jokes aside, this makes me remember how much I liked taking chemistry in high school, despite my marks.
Copper sulphate? Huh. Actually I was thinking that maybe it was in the soil, instead of the souls - warped trees could be tinted blue that way by the stuff.
I remember reading that there are indications that affinity (or lack thereof) for mathematics develops in early childhood so if you hate math in general then you might have less than excellent parents as well
This reminded me of something I always wondered. You can place fire on Netherrack and it will gain the infiniburn property. Meaning it will never go out. Meaning something in the Netherrack is able to provide an infinite fuel source for fire. Yet we can’t use Netherrack in a furnace for infinite fuel or harness the infiniburn in any significant way.
Huh I'd never thought about that! Maybe because Netherrack is extremely flammable but doesn't produce h- wait hold on but we can use wood. And actually... Yeah, aside from lava, every burny furnace item doesn't make fire by itself. From a meta standpoint, it's so that you don't just use one single block of Netherrack per furnace for all your Minecraft time, but it's interesting to think about as an in-universe thing.
@@carimeslockdownedtree2654 considering netherrack in a furnace makes nether bricks, which not only lack the infiniburn property, but aren't even flammable in the first place? seems like the sorta thing where an open burn results in an exothermic reaction with a nonsignificant change in composition, but bake it in a closed chamber and you end up transforming the netherrack into something completely different. a lot of the heat of an open fire is lost to the environment, after all, so the transformation could be caused by the concentrated heat reaching a breaking point or seeping in deeper and heating the entirety of the netherrack, involving the core in the process instead of just burning the surface in other words, the problem when burning netherrack as a fuel source would be that you'd end up with a lot of bricks in the fuel chamber, and the furnace does not have a second output slot for fuel byproducts
Here's a funfact about how people depict soulfires and soul-campfires: most artwork shows them being unnaturally cold, since they emit significantly less light than regular fires (in terms of the minecraft mechanic light levels) and they also have a much harder time melting ice in its surroundings. The fact that they glow blue-green is an interesting caveat to this theory but general consensus is that they are very magical and not subject to the usual laws of science. On another note, great video! I have been following this channel for a while now and although I have not commented on anything yet I have greatly enjoyed your content and the brain candy that is interesting geology! :)
Flame tests are so cool. Not sure what it says about me but I actually cheered when you brought out the strontium salt. Anyway, this was a really good way to tie in physics, chemistry and geology. It’s always been interesting to me that the black body spectrum (at least the visible part) kind of maxes out at a white-blue, instead of going into violet and UV, etc. And it turns out it’s just statistics!
I put it last because it was my favorite. One of the ones I didn't end up adding was potassium permanganate, a common biology dye, turns out it is very exothermic.
Don't forget about lava destroying a bucket filled with lava, or blocks of stone floating in water, or the infinite volume of blocks than can vanish into a cactus.
The temperature of soulfire is basically unknowable, since its color is almost definitely because of souls. The color it's putting out is based on excess energy from destroying soul energy. Obviously not comparable to anything in the real world, but that's the leading theory in the minecraft community. edit: dang. I posted right before you said this lol. My bad
A blue flame would actually indicate it as being the hottest but cleanest burning fire of all fires, such is the case with stars around the universe with the hottest ones being blue in color.
@@antaresmc4407 unlikely, since soulfire items are the only example of blue flame, and there are a handful of examples in the game of sulfur itself or adjacent areas burning and not being blue
You’ve got such a unique perspective for a Minecraft content creator- I hope your channel continues to grow and we see you a year or two from now teaching hermits and the sort about the history of granite in A.D. architecture or something
"visable" lol. You're such a good educator, do you have a history of being a teacher or something? I wouldn't expect a normal scientist to be this good at explaining things in such a simple but sophisticated way. I love how you show things in Minecraft with the display blocks and all the time and work it must take to make them look so good.
@@Golden87432 mostly how certain analytical equipment work. An example would be a scanning electron microscope, how it actually creates an electron beam how we focus and calibrate it, how it makes the image, how X-rays are generated with it and how we use them to know elemental abundances in a sample. I deal with a lot of chemistry, material science, X-rays, lasers and mass specs and I’m usually explaining these things to graduate students that usually don’t have a technical background.
Thanks. Growing up I wanted to be an artist, but was encouraged to get a "practical" job. Color has always been interesting to me and it comes up in several applications in geology and I still tinker with art now and then.
8:18 you can also use lava to make basalt in Minecraft! If you have lava flowing over/next to blue ice and soul soil (not sand!) it will produce basalt, similar to the classic cobblestone generator.
You know, I tried to figure out Minecraft lava viscosity when I was doing the stone episode. Viscosity is also very depended on the makeup of the lava. I was not successful. If anyone can figure that out, I would love to see it.
@@KatThreeNine But that raises the question of does nether lavas compostion change? There is bedrock above and beneath the nether, what formed it? There is only basalt, blackstone, and netherrack in the nether. Does that mean they were formed by the lava, or that they are the only things that can survive it?
@@pauldeddens5349Netherite and Obsidian can easily survive lava with Obsidian ultimately being the end result of combining lava and water into one, and Netherite being the strongest material in the game other than Bedrock having an absurdly high blast resistance plus the fact that when dropped in lava it doesn't burn.
@@TheSilverShadow17 Im aware, but it raises the question of how does it all form? As in everything in the nether are just the results of the only material that survived when the nether formed. Or that the rocks found in the nether are directly created by different forms of lava cooling.
It feels like there’s a million and one of these little analysis channels nowadays but you really go above and beyond. This is my first video from you that’s come across my recommended but as soon as I saw you bring out the fume hood I knew I was in for something good.
Great video! The colored fire segment was so cool! I love how you explain everything and create visuals with the entity displays! I didn't notice the echo at all during the video.
This is one of my favourite series on RU-vid. Ever. You’re a great teacher, and what a fantastic use of Minecraft and its features to explain something that a lot of people (such as myself) knew absolutely nothing about.
I can’t express how perfect an intersection of my interest this video is. I love minecraft, science, coding and a passing interest in geology. Also amazing how demonstrative and visual Minecraft’s mechanics can be when utilised like this! Awesome video, subbed!
I hope you aren’t underestimating how absolutely important and powerful your type of content is to the world. Condensing oftentimes hard-to-understand scientific concepts with a visually appeasing and interesting RU-vid video using one of the most popular games in the world is so infinitely helpful to spark people’s interest in and increase their knowledge of science, especially for young children. I absolutely applaud you, and I hope to see your channel skyrocket in subscribers and views in the near future. Do not ever forget the huge amount of good you are doing for this world, especially now that misinformation is so widespread and easy-to-access. Great job, from one random Internet person to another!
I can confirm that souls burn quite hot due to the contained determination, usually more than 20,000°C, and they'll just burn forever if they're left burning. Also the color they burn usually depends on what type of soul it is, but those appear to be plain souls, which are surprisingly rare.
I quite like this, because a( I am a blacksmith, and am quite familiar with the glowinb of heated things, and b( I am also quite inyi astronomy, so also am familiar with the colors of stars from their heat.
physics and minecraft and geology all in one video? lovely thank you. that was a really nice concise explanation of the uv spectrum as well as star temps
I was of the impression that soul fire is blue because it contains sulfur. Sulfur fires are blue and honestly when i first got into Minecraft in 2012 i expected the nether to have blue flames and look like the soul sand valley. The trees are red and blue because those are the colors of the nether. Molten rock is orange/red and burning sulfur is blue. Fire and brimstone.
It's awesome that now after taking calculus classes in uni, I finally understand what "integrate to find the area under the curve" means. I've always been really good with math in high school, even going so far as making the highest scores in the history of my high school on the standardized ACT tests, so I really love math and learning it, though I'm a little sad that I never got to understand things like limits, derivatives, integration, and etc. until I made it to college. Nice video!
This reminds me of my highschool geology classes. We had a fella in our class that really liked minecraft and geology and he once brought a piece of gneiss to class so we could analyse it with the teacher.
quick assumption for the beginning of the video: since, when ignited, different pure elements give off light in varying different color spectrum bands, could you in theory have lavas with other colors aside from red if the elemental composition of that lava is mostly one element?
Yes, actually there are some volcanoes that melt sulfur near the surface and they are quite cool but are burning a blue color. Outside of earth with different elemental concentrations there could be some interesting possibilities.
another video that made me visualize colors that I cant see, its just so amazing how amazing the theory of colors is so complex, do you have some videos or articles that go more in depth about this subject? I want to know more about this
I clicked only half interested, thinking it'd be some over the top goofy video like most Minecraft content. Definitely wasn't expecting such a down to earth and scientific explanation. Had me hooked til the end, thank you.
This is actually one of the most amazing channels ever found. The presentation depth and the detail is amazing. I'm a geology student who's probably clocked over 3000 hours in this game. Really really great job.
The topics that you are looking at and the things you are teaching are awesome and I'm learning a lot however I can't get over the stuff you are doing with command blocks(at least I presume you are using command blocks) the animations and stuff is really cool.
ive never been particularily interested in geology but i love science and minecraft and this channel has been super interesting to me, i love watching these videos. great work! one question ive always wanted to ask a geologist or someone who knows a lot about rocks is, like, is there any obsidian irl thats actually purple and if not why do you think its portrayed that way in video games
In my experience most obsidian is basically black. I do have some that are a brown chocolate color because of some iron content. If i had to guess, the purple is similar to comic book characters with black hair. You need to be able to show some highlights and texture but its hard to do with a black material. Comic book characters usually end up having some blue highlights to show the shape and body of hair. I have been thinking of doing some shorts, this could be a little video to show off this.
Holy shit, this is actually the most insane minecraft video i've seen. You can see that you are intellegent, the math knowledge, astronomic references.. I believe you also know programming, because those ingame models are definitely either made by you, or your team(but It looks more like you are working alone to me personally). The very fact that you have those cool tools that you showed? A bit of geography with where you can find lava leftovers.. I dont think I've ever seen more scientific minecraft video than that... and its from a channel of just 24k subs. You deserve much more attention for this video.
I love the lottle fact about aluminium, I thought it was kind of funny to think of aluminium as rare when I've got a cabinet with heaps of it that I've melted from scrap.
1:00 To be more precise, predominantly in the infrared spectrum. We also emit light that would be in the visible range, the problem is that it is so little of it that we can't detect.
it's crazy to me that RU-vid is a platform where you can find a 12y.o. annoying ass screaming kid and an ACTUAL professor both playing Minecraft. It's honestly super impressive that you know so much and explain it so good, even a child can understand.
I love colour theory, and have always been interested in colour temperature, and I never knew it was based off of black body radiation. I only knew of colour temperature from how sunlight is refracted though the sky, blue is refracted more so cool shade is more blue and direct hot sun is more red. Really cool.
Have you played around with the chemistry components of Bedrock edition with education turned on? There are ways to create different colored glow sticks and sparklers by changing which chemicals you add. And there’s a material reducer that turns blocks like dirt and sand into its basic elements in their relative amounts. If you put soul sand in it, you get an “unknown element”. Great video as always!!
I would be hyped for a video about the difference between lava and magma. Minecraft calls them the same block and they have the same texture, but they need not have the same temperature. Additionally, I haven't seen Magma in the Nether form Obsidian so maybe that has a different composition as well (it also flows faster!)
I hope to do a decent video sometime soon talking about how geology just kind of got left behind in education and has that disregarded mentality with a lot of people.
@@gneissname I'd love that! I honestly only remember doing one session of it in highschool where we talked about different rocks and how they are formed
If I had to guess, 3-4 "work" days. I work on these in my spare time in the evenings or weekends, so I'm not entirely sure on total time. I started on this one about three weeks ago. Usually I have an idea for an episode topic, then I think about how to make these visualizations interesting. (I currently have about 10 episodes at this point in my mind that I have yet to make) I spend a bit tinkering with commands to see what is possible. Then I go about actually building everything as it is seen in the episode. I usually think of some change or add something that would make it better at this point. I write a script after that's complete and record a dry run, and then change the script usually to sound less like I'm just reading a typed paper. lastly is editing and rerecording anything I messed up.
"Calculus is my favourite math subject. If it is not yours, you probably had a horrible math teacher." I know this is a joke, but as somebody who competes in math, my math teachers were great 👍
There is a possibility that such blue-green pallete is caused by nickel compounds, as there are trees in real life that use nickel and produce blue-green fluids. Following that lead, we can deduce that the nether's soil is rich in heavy metals like nickel, copper and chromium, what could explain some of the colors that we find in it's pallete.
Hobby metallurgist and chemist here, firstly, I want a pyrometer now. _How did I not know this existed?_ such a cool device! Secondly, it would be nice if you provided temperature values for the hottest and coolest portions of the lava texture. The lava texture (like real lava) has a speckled surface with hotter spots and cooler spots indicating areas that stick out on the surface that are cooler and areas that are more confined and closer to the center and therefore warmer. This means that the "inside" of the lava block (and therefore the average temperature) will be at least as hot as the brightest part of the lava texture, since the inside will be at the maximum temperature, and the outside will be cooler. Perhaps this would warrant changing the official temperature of Minecraft lava? Would appreciate your thoughts on this. Great video nevertheless, you seem very intelligent and down to earth, and as a bonus you like geology and Minecraft, like myself! +1 Subscriber.
I thought this was gonna be a game theory and you were gonna use the hardest thing like a diamond and seeing it gets destroyed instantly that you would just use real world temps to get that to happen but this goes way more in depth and is super realistic.
Yo that's an interesting stuff right here! Maybe mojangs should consider making all the iron items invulnerable to lava just like netherite. That would confuse people less about lava being able to destroy buckets
When you said Black Body Radiation, I just know where you're going. ;-) You're not only a Geologist, you're also a chemist, astronomer, physicist, coder, gamer, and most importantly, Science Educator. Keep up the Good Work, Gneiss!
