are there materials that get harder with high temperatures? why mention metals then?
@MdYOUNUS-p5e Says:
Round Hexagonal
@Duckface998 Says:
WELCOME TO SOFT MATTER PHYSICS BIIITTTTHHHHHH
@trollhandler Says:
Ok, so you're telling me I can work metals with soap bubbles?
IT'S A JOKE! 😊
@Life_of_Rilley Says:
Brilliant.
Neat video.
Spoilt for me by that dam irritating musick. 🫤
@delirious323 Says:
am i the only one who thought that guy was Daxflame for a second? lmao had to rewind to verify
@BallsagneChin Says:
I love it when a YouTube short has an answer to a question from childhood I didn’t even know how to put into words
@hexasquid Says:
I really wanna touch those bubbles (╥.╥)
@Throrma Says:
In piezzo cristals this creates high voltage sparks, right?
@benell7762 Says:
Looks identical to watching gold tear at atomic level!
@ketchupdrink Says:
Also why you need to aneal the metal. Let all those dislocations mend back together through a very slow cooling process
@matthewboire6843 Says:
This is actually interesting
@Skandasos Says:
FIX MOJANG BEDROCK ANTI SPIRAL
@himyars Says:
Hexagon, the Bestagon
@D4WGG Says:
The reason metals are harder but shatter easier when you quench them is due to a similar thing. When you quench a red hot metal, a lot of those dislocations and imperfections in the structure stay there, se the metal doesnt bend as easily but can snap . If you just let it cool down slowly, the structure would have less imperfections and be easier to bend because the layers of atoms could slide across each other.
@Passco666 Says:
imagine how smart people are, knowing to work with steel eve though atom wasn't discovered
@SalzmanSoftware Says:
Edge dislocation sounds like something you would have to go to the emergency room for
@shockwave9875 Says:
the science behind how airplane turbines work at a temperature above their melting point
@SweetStuffOnMonarchLane Says:
Hexagons are the bestagons!!!
@ilovebread-LoL Says:
I love bread btw
@vikramksinha Says:
Beautifully explained ❤
@r9shark Says:
Wizard 🪄 making equal size bubble to explain atom structure
@RoshDroz Says:
Super cool demonstration. I knew about these concepts already but it's genuinely insightful to see it demonstrated so well visually
@joshuabrittain5919 Says:
What video is this from? Or is it part of an upcoming video?
@Jajaho2 Says:
This is such a good visualisation of lattice defects!
@Edd_TheK2Class Says:
Edge dislocation is when you edge so much that you dislocate your dih 🗣️🍔🥀
@OznayLeaf Says:
I am always shocked by how smart humans can be sometimes and how stupid humans can be sometimes
@Knowyourbody Says:
my shoulders know this topic very well
@JaapGrootveld Says:
What struck me was that the man had welded his damaged anvil, but the repair was coming loose.
@victorswenson7054 Says:
How a 100, 110 or 111 crystalline wafer of Si cleaves.
@muratbudak6127 Says:
They behave like solid-state physics.
@GyovanneMatuchaki Says:
😮
@KiloFeenix Says:
Fun fact bees aren't good at making hexagons, they make circles that settle under weight into hexagons
@Kelly-ib1hf Says:
How did they get these guys to sound SO much like Derek? The cadance is exact
@xmod2 Says:
Does that eventually lead to phase change? I always assumed it was just getting closer to liquid. 😅
@AbhiLilajee Says:
💥 🔮 🧠 📜 🪐🌌🔭🤯🧠💥 🪐🌌🔭can you please replay the proper way of studying to become a engeneer, by that way you enjoy learning and it will generate curiosity also. also please tell me the ratio of studying to hands on experimentation.
@louisc.2 Says:
What happens after I pass out:
@stephenprice9968 Says:
Why do so many things in nature form hexagons?
@NickelBandit777 Says:
Ummm satire? Idk bout that
@AbhiLilajee Says:
can you please replay the proper way of studying to become a engeneer, by that way you enjoy learning and it will generate curiosity also. also please tell me the ratio of studying to hands on experimentation.
@NickelBandit777 Says:
Nice you sound just like the other guy even when your doing close up science is that a requirement for working at the channel?
@jayesh6687 Says:
I wish if my professor taught me material science like this
LATEST COMMENTS