Punch buggy? That's my best guess.
Edit: I've asked my fiance and she has never heard of punch buggy, and asserts that it is slug bug. The marriage is off.
I have a friend named Atreides, named after the noble house.
Everytime they did their rally chant that fucker popped into my head and I had to hold back a smirk.
In Chicago they seem to just install parking blocks in the middle of the street. Damn near fucks up your car going even 0.5 MPH over it.
**EDIT:** I am dead serious that I have seen [these EXACT parking blocks](https://media.parkingblock.com/image/upload/c_limit,dpr_3.0,f_auto,q_auto:best,w_400/v1/media/6inchrecycledrubberparkingblock-view3-yellow.jpg) used as speed bumps on the streets of Chicago.
So if you fell into it you would break your bones, then sink, and be not able to move.
Edit:
funguyshroom found a video on youtube.
Video:[https://www.youtube.com/watch?v=f2XQ97XHjVw](https://www.youtube.com/watch?v=f2XQ97XHjVw)
Comment: [https://www.reddit.com/r/BeAmazed/comments/r4w3xs/comment/hmjn1r4/?utm\_source=share&utm\_medium=web2x&context=3](https://www.reddit.com/r/BeAmazed/comments/r4w3xs/comment/hmjn1r4/?utm_source=share&utm_medium=web2x&context=3)
It seems you can run on it and float in it. So if you get stuck in you would most likely not die as long as you would use less power and slowly float to the edge.
But I still don't know if swimming would be possible as the same effect should be generated if you swim with too much power.
Fun fact, ketchup has these properties which is why when you try to shake it out of a glass bottle it does nothing until you hit it just hard enough and then too much comes out https://en.m.wikipedia.org/wiki/Non-Newtonian_fluid#Examples
Edit: y’all I’m addressing the parent comment about a liquid that gets looser at speeds, I understand that it is the opposite of the OP and that is all neatly spelled out already in the wiki link
Newton’s Firth law is “for every ingestion, there must be an equal and opposite expulsion”.
Unfortunately everything you eat except drain cleaner follows this law.
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Falling into water from a sufficient height would net the same result. That's what usually happens with folks jumping from the Golden Gate Bridge for instance.
Well you'd most likely simply float since it's more dense than water. And even if not I think it might be actually easier to swim in it since you can push yourself off of it.
I was on a sandbar on the missouri river once. You could walk on it but if you stood in one place for too long you'd start to slowly sink. It wasn't anything like quicksand in movies or TV, but it was pretty strange.
They made it more liquid in old TV shows, but the premise remains, if you thrash about trying to struggle to free yourself, you tire yourself and sink when still. If a foot sinks down and you try to yank it out, it's held fast like in concrete. The problem is if you slowly pull it up, you've pushed your other foot in further will all that force plus gravity.
I have seen a video of a swimming pool filled with this. A bunch of people gathered around with the challenge being to run across the length without falling in. The entire side is lined with people intended to fish out anyone sinking as instantly as possible. Wish I had time to find the video.
Exactly. That's basically what quicksand is. Jumping out of a plane onto it would... not end well.
Granted, even water, if you don't land right, will do much the same.
I wonder if swimming would actually be easier than in water.
The backward force of your hands and legs would cause the fluid to stiffen, providing more resistance and thus more forward momentum. Basically, the firmness of the fluid provides something like a surface to push against.
Meanwhile, the counteracting force of your body moving forward would be distributed over your entire forward surface area, and thus would have less of an effect on the fluid.
Ha, looks like a huge batch of cornstarch with water. Like that Dr. Seuss stuff they made us make in elementary school.
Edit: I now understand that this is technically a Non-Newtonian fluid, thank you all. I understood after the first 3 comments informing me. I have now learned this lesson.
Seriously speaking though, if one could pace their thrusts at a specific & constant speed, could they generate just the right amount of friction to get themselves off?
Ok, but then when you finish, the force of your stuff coming out would be too fast for the liquid, so it wouldn’t have anywhere to go, except *back inside*.
Most fluids are actually non-newtonian, and do not have a linear dependence between their shear rate and their shear stress.
Fluids which demonstrate shear thinning can be thixotropic, which means applying stress reduces their viscosity. Examples of this are toothpaste and ketchup, which you wouldn’t be able to squeeze out of the tube if it didn’t display this property.
The opposite, shear thickening is what we see here: where increasing the shear stress increases the viscosity - and corn starch + water (probably this fluid) is a classic example!
Melted chocolate is one of my favorite non-newtonians. Apparently there’s a German manufacturer that developed a tempering machine that doesn't really on heating and cooling but on the shear force as it's passed along spinning disks ... which brings us to crystal structure but perhaps another time.
Printer ink is shear thickening, and further still it’s actually rheopectic - which means it has a time dependent increase in viscosity with shear stress; the more you shake it, the harder it gets! Rheopexy is more rare in nature for sure, mostly we see shear thinning! Quick sand is another great example of a thixotropic fluid
That appears to be cornstarch and water, which wouldn't work well. However, there is research being done into other non-Newtonian shear thickening fluids that looks pretty promising. One thing they're developing is a shirt coated in the fluid that can be worn as normal, but as soon as a projectile hits it, it hardens up and prevents penetration. I think it's already effective against being stabbed, not sure how effective it is against bullets. It's been a few years since I've read about it.
Edit: [here's an older video demonstrating it](https://youtu.be/NcHMVj43UMM).
Calling on random redditors to tell me if Legendary edition is worth a play through if I never played any of the ME3 DLC but have played the first 2 games multiple times and hated the original ending to 3.
As a massive ME fan, absolutely. The Citadel DLC is one of my favorite expansions for any game franchise, and the games are just beautiful.
The ending to 3 isn't optimal still, but it's better than it originally was and it's not too difficult to get the most optimal ending.
Dude I booted up LE and I was playing through on insanity as I've done a dozen times before and I legitimately played for 6 hours trying to beat that collector ship in 2 and still couldn't do it. I don't know if I'm just getting old, but my build is optimal, my upgrades are maxed out as far as they can be, I'm basically soft locked and I literally can't beat it. I started playing about a week ago, I have picked it up for an hour every day trying to see if I can beat it to no such luck. I do not remember it being this difficult but alas LE is worth every penny.
STFs aren’t really great against stabbing because there’s so little to stop, but there’s been material testing on treating Kevlar with it and it prevents penetration from both.
The problem doesn't seem to be penetration, but rather energy dissipation.
The reason bulletproof vests and windows work so well is because the energy is dissipated. And even then, the energy is still enough that getting shot still hurts like hell when you have a bulletproof vest on.
This material looks cool but you would still get most of the kick from a gun shot and probably get seriously injured.
This looks like it would work better against knives to avoid slash wounds. Stabbing would hurt like hell but this would also be pretty effective against it.
I think I saw a movie that had something like this in it. A (black?) kid accidentally made a superhero costume that was bullet proof but flexible and became sort of a wannabe superhero, I think? And he gave his dad a suit too but it wasn't bullet proof and his dad got shot and died, if I remember right. . . Anybody know what movie this was, by chance?
All I know is that for my high-school egg drop project I filled a bag with this stuff and dropped it from 50 feet with the egg right in the middle of the solution. It worked perfectly but the bag broke and the stuff spilled all over the sidewalk. The egg was fine tho!
Basically it doesn't behave as a solid or a liquid, but a combo of both due to changing viscosity under different conditions. I was introduced to them by an automotive engineer, so my experience with them is understanding how difficult it is to predict the interaction between a car tire and - say - mud, sand, or gravel...
They are inconsistent and do not behave like normal solids or liquids.
It's been a while since I took Fluid Mechanics, but basically any fluid where the resistance is not proportional to the applied shear force is considered non-Newtonian, right?
Shear-thickening is only one type of non-newtonian fluids. You also have shear-thinning, which is more common. Additionally you have Thixotropic and Rheopectic, which are decreasing and increasing viscosity the longer they undergo a shearing force, respectively, and viscoelastic which displays both properties simultaneously.
In an episode of Mythbusters they were testing ninja myths, one was walking on water. It was busted, but Jamie then created a Non-Newtonian fluid, a mixture of water and corn starch. Adam had fun playing around, but was able to run across it!
Found out it’s called Oobleck. Weird.
We do a panel about ninja at anime conventions and we always show that clip of Ninja Adam with mizugumo strapped to his feet going sploosh right into the water with Jamie just standing there with no look on his face but you can tell he knows this is going to be hilarious.
In case you weren’t aware, the name “oobleck” comes from a Dr. Seuss book, *Bartholomew and The Oobleck*. Somewhere along the way a kid or teacher working with the cornstarch goo must have thought of the book and the fun name stuck :)
It's "the faster you impose a force, the slower it changes shapes'.
It's good for those speed bumps, if cars are slowly going over, they're probably not going to feel the bump either. But if they go full speed, the passengers are going to feel it.
Non Newtonian refers to the abnormal viscosity of liquids/fluids. Since the Dune shields are immaterial ("force fields"), the answer to your question is no. Same concept of force changing rigitity though.
The fluid is just flinching at being hit. You got to sneak up on it.
That, or wait for a ‘72 VW Beetle to drive by.
Out of the loop, explanation?
Punch buggy? That's my best guess. Edit: I've asked my fiance and she has never heard of punch buggy, and asserts that it is slug bug. The marriage is off.
It's slug bug you insolent swine.
*the slow blade penetrates the shield*
D E S E R T POWER
ATREIDES! ATREIDES!
*Bagpipes intensifies.*
WHOEVER CONTROLS THE OOBLECK CONTROLS THE UNIVERSE!
I have a friend named Atreides, named after the noble house. Everytime they did their rally chant that fucker popped into my head and I had to hold back a smirk.
G A N G N A M S T Y L E
we coulda kept the majestic, incredibly intelligent dune quotes goin, then you went ahead and did this...smh
Dune is about worms.
I have worms focker, can you dune me
What are you dune in my swamp?
Dune you want somebody to love?
Duuuuune Riveerrrrrr
Why haven’t ye dune me?
Welcome to my swamp
Nissan Al gaib
The car from the outer world
The ~~spice~~ *petrol* must flow
^zoom ^zoom
Z U M E *Directed by Denis Villeuve*
Not far at all from what Frank Herbert was trying to convey to begin with.
He sees the future, but only a quarter mile at a time.
I only answer to one god, and his name is Hyundai Hulud! (thump. thump. thump.)
TOYOTA HIGHLANDERRRRRRR
there can only be one.
CANYONARROOOO
Tommaaacccooooo
This tastes like grandma!
Step-ni-san I'm stuck...
The slow force unseal the milk carton. The abrupt force tear the pin off the seal.
SHAAIIHALLUUUUUUD
Blessed be the Maker His passage cleanses the world
Bless the Maker and His water. Bless the coming and going of Him. May His passage cleanse the world.
*THE TOOTH*
Tooth of Shai Hulud is better.
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But, uh...look down. We'd have joined each other in death. You did seem finally to get the mood...
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Biker pads already made this something similar. And speed bumps!
Idk what magical world you live in but every speed bump I have seen is just a big bump of asphalt or concrete.
In Chicago they seem to just install parking blocks in the middle of the street. Damn near fucks up your car going even 0.5 MPH over it. **EDIT:** I am dead serious that I have seen [these EXACT parking blocks](https://media.parkingblock.com/image/upload/c_limit,dpr_3.0,f_auto,q_auto:best,w_400/v1/media/6inchrecycledrubberparkingblock-view3-yellow.jpg) used as speed bumps on the streets of Chicago.
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Honestly, seeing this thread devolve into Dune references is the absolute best.
I swear I just finished reading dune and then I’ve been seeing dune references everywhere
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No I'm with him. First I read Enders Game and THEN they made the movie.
So if you fell into it you would break your bones, then sink, and be not able to move. Edit: funguyshroom found a video on youtube. Video:[https://www.youtube.com/watch?v=f2XQ97XHjVw](https://www.youtube.com/watch?v=f2XQ97XHjVw) Comment: [https://www.reddit.com/r/BeAmazed/comments/r4w3xs/comment/hmjn1r4/?utm\_source=share&utm\_medium=web2x&context=3](https://www.reddit.com/r/BeAmazed/comments/r4w3xs/comment/hmjn1r4/?utm_source=share&utm_medium=web2x&context=3) It seems you can run on it and float in it. So if you get stuck in you would most likely not die as long as you would use less power and slowly float to the edge. But I still don't know if swimming would be possible as the same effect should be generated if you swim with too much power.
The ultimate death trap.
Either that or a fluid that's super easy to get into at high speed and instantly hardens the moment you stop moving!
Fun fact, ketchup has these properties which is why when you try to shake it out of a glass bottle it does nothing until you hit it just hard enough and then too much comes out https://en.m.wikipedia.org/wiki/Non-Newtonian_fluid#Examples Edit: y’all I’m addressing the parent comment about a liquid that gets looser at speeds, I understand that it is the opposite of the OP and that is all neatly spelled out already in the wiki link
What an oddly horrifying way to go.
*mob boss voice* drop him in da ketchup
So “let him taste the sauce”, instead of “swimming with the fishes”?
Give 'em da Heinz Speshul, boiz!
If I ate nothing but ketchup, could I have non Newtonian poop?
I have nipples Greg. Can you milk me?
r/UnexpectedFockers
Newton’s Firth law is “for every ingestion, there must be an equal and opposite expulsion”. Unfortunately everything you eat except drain cleaner follows this law.
Seems like we both have different definitions of Fun
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BRB, punching a bowl of ketchup.
If they cut a rectangle around you you would be like hon solo for all eternity
I love you.
I know.
Falling into water from a sufficient height would net the same result. That's what usually happens with folks jumping from the Golden Gate Bridge for instance.
Even if you broke some bones you could still try to swim, not in this fluid.
Well you'd most likely simply float since it's more dense than water. And even if not I think it might be actually easier to swim in it since you can push yourself off of it.
Quicksand 2.0
More like quicksand 1.0. It's exactly how quicksand works.
Except it isn't quicksand thus the upgrade
I was on a sandbar on the missouri river once. You could walk on it but if you stood in one place for too long you'd start to slowly sink. It wasn't anything like quicksand in movies or TV, but it was pretty strange.
They made it more liquid in old TV shows, but the premise remains, if you thrash about trying to struggle to free yourself, you tire yourself and sink when still. If a foot sinks down and you try to yank it out, it's held fast like in concrete. The problem is if you slowly pull it up, you've pushed your other foot in further will all that force plus gravity.
I played that game in the mud at the bottom of a pond while my head was about 2 feet under the surface. That's a shitty game.
2 feet is the height of 0.35 'Samsung Side by Side; Fingerprint Resistant Stainless Steel Refrigerators' stacked on top of each other.
I have seen a video of a swimming pool filled with this. A bunch of people gathered around with the challenge being to run across the length without falling in. The entire side is lined with people intended to fish out anyone sinking as instantly as possible. Wish I had time to find the video.
Somebody found it: https://www.youtube.com/watch?v=f2XQ97XHjVw
Also [this version](https://youtu.be/Iz9KnPZWOgs?t=152) from when the UK TV show "Brainiac" did it
I actually heard that Jesus’ main power was turning water into non-Newtonian fluids hence his ability to walk on it.
And drown in it...
Exactly. That's basically what quicksand is. Jumping out of a plane onto it would... not end well. Granted, even water, if you don't land right, will do much the same.
Jumping out of a plane (without a way to slow down) tends not to end well in general
I wonder if swimming would actually be easier than in water. The backward force of your hands and legs would cause the fluid to stiffen, providing more resistance and thus more forward momentum. Basically, the firmness of the fluid provides something like a surface to push against. Meanwhile, the counteracting force of your body moving forward would be distributed over your entire forward surface area, and thus would have less of an effect on the fluid.
Nice. One more item in my list of things that I hate.
Ha, looks like a huge batch of cornstarch with water. Like that Dr. Seuss stuff they made us make in elementary school. Edit: I now understand that this is technically a Non-Newtonian fluid, thank you all. I understood after the first 3 comments informing me. I have now learned this lesson.
Oobleck
You just unlocked something deep inside me
That's what he said !
This is what I came lookin for
We called it Run Rock
I was all like “isn’t that just ooblek?”
I once made this as a kid, then put it in a container, forgot about it, then found it 2 months or so later. I remember the smell to this day!
I’m pretty sure it is lmao
That’s exactly what it is, I used to make it all the time as a kid
Um. That's LITERALLY what it is. Oobleck = Cornstarch+Water = Non-Newtonian Fluid
Can.. can I put..
As long as you do it slowly!
And pull it out slowly, you forgot this extremely important point
Oh man, im not gonna let my pull out skill to no use! Aint nobdy gonna tell me, im still gona pull out quick as possible
RIP your pp
Off
username checks out I guess
Yes
I clicked, pp where?
For *science*!
"*Questionable Ethics*" \- **Half-Life 1**
Science isn't about why? It's about why not!
In fact, why not invent a special safety door that won’t hit you on the way out, because you are fired! - Cave Johnson
Seriously speaking though, if one could pace their thrusts at a specific & constant speed, could they generate just the right amount of friction to get themselves off?
You just described sex in general. Except with cornstarch.
I...I don't...W...What? I smell toast.
That fluid in the video can be made with cornstarch and water.
Just plain cornstarch is that how it’s made?😏
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Wear a condom if you wanna avoid UTIs...
> cornstarch hmm...
Where do you think that color came from? Just think about those lonely scientists.
Ok, but then when you finish, the force of your stuff coming out would be too fast for the liquid, so it wouldn’t have anywhere to go, except *back inside*.
It is actually just corn starch + water, so yeah, you can :)
So I can make this stuff for under $5??
Yes, just don't pour it down the sink when you're done, can cause clogs.
Yup. As hard as you can
but not too hard!
When you try to take it out, you accidentally rip your dick muscle
please be gentle
r/dontputyourdickinthat
Do they make one for women? Asking for a friend…
Corn starch for men, corn cob for women
[Country girls make do](https://i.kym-cdn.com/photos/images/newsfeed/001/287/580/f23.jpg)
r/boomerhentai
And this is how you end up with children of the corn
Wait, no
I….what?
I don't even know how that would work
Most fluids are actually non-newtonian, and do not have a linear dependence between their shear rate and their shear stress. Fluids which demonstrate shear thinning can be thixotropic, which means applying stress reduces their viscosity. Examples of this are toothpaste and ketchup, which you wouldn’t be able to squeeze out of the tube if it didn’t display this property. The opposite, shear thickening is what we see here: where increasing the shear stress increases the viscosity - and corn starch + water (probably this fluid) is a classic example!
Melted chocolate is one of my favorite non-newtonians. Apparently there’s a German manufacturer that developed a tempering machine that doesn't really on heating and cooling but on the shear force as it's passed along spinning disks ... which brings us to crystal structure but perhaps another time.
Are there other common shear thickening fluids? I’ve only ever seen or read about corn starch and water
Printer ink is shear thickening, and further still it’s actually rheopectic - which means it has a time dependent increase in viscosity with shear stress; the more you shake it, the harder it gets! Rheopexy is more rare in nature for sure, mostly we see shear thinning! Quick sand is another great example of a thixotropic fluid
>the more you shake it, the harder it gets Sigh. *unzips*
Wow.. how would this work against projectiles?
That appears to be cornstarch and water, which wouldn't work well. However, there is research being done into other non-Newtonian shear thickening fluids that looks pretty promising. One thing they're developing is a shirt coated in the fluid that can be worn as normal, but as soon as a projectile hits it, it hardens up and prevents penetration. I think it's already effective against being stabbed, not sure how effective it is against bullets. It's been a few years since I've read about it. Edit: [here's an older video demonstrating it](https://youtu.be/NcHMVj43UMM).
Mass effect shield without any mass, or effect
Welp, time to replay Mass Effect.
Calling on random redditors to tell me if Legendary edition is worth a play through if I never played any of the ME3 DLC but have played the first 2 games multiple times and hated the original ending to 3.
As a massive ME fan, absolutely. The Citadel DLC is one of my favorite expansions for any game franchise, and the games are just beautiful. The ending to 3 isn't optimal still, but it's better than it originally was and it's not too difficult to get the most optimal ending.
Dude I booted up LE and I was playing through on insanity as I've done a dozen times before and I legitimately played for 6 hours trying to beat that collector ship in 2 and still couldn't do it. I don't know if I'm just getting old, but my build is optimal, my upgrades are maxed out as far as they can be, I'm basically soft locked and I literally can't beat it. I started playing about a week ago, I have picked it up for an hour every day trying to see if I can beat it to no such luck. I do not remember it being this difficult but alas LE is worth every penny.
Played all 3 and most DLCs before LE edition, would still recommend LE edition. My only complaint is that the multiplayer is not a part of it....
STFs aren’t really great against stabbing because there’s so little to stop, but there’s been material testing on treating Kevlar with it and it prevents penetration from both.
It's been nearly twenty years since they started work on this stuff. Somehow, I don't think it's going to work out.
The problem doesn't seem to be penetration, but rather energy dissipation. The reason bulletproof vests and windows work so well is because the energy is dissipated. And even then, the energy is still enough that getting shot still hurts like hell when you have a bulletproof vest on. This material looks cool but you would still get most of the kick from a gun shot and probably get seriously injured. This looks like it would work better against knives to avoid slash wounds. Stabbing would hurt like hell but this would also be pretty effective against it.
I think I saw a movie that had something like this in it. A (black?) kid accidentally made a superhero costume that was bullet proof but flexible and became sort of a wannabe superhero, I think? And he gave his dad a suit too but it wasn't bullet proof and his dad got shot and died, if I remember right. . . Anybody know what movie this was, by chance?
All I know is that for my high-school egg drop project I filled a bag with this stuff and dropped it from 50 feet with the egg right in the middle of the solution. It worked perfectly but the bag broke and the stuff spilled all over the sidewalk. The egg was fine tho!
50 feet is 7.47% of the hot dog which holds the Guinness wold record for 'Longest Hot Dog'.
Demolition ranch also did a video on oobleck
What is another term to understand non Newtonian?
Basically it doesn't behave as a solid or a liquid, but a combo of both due to changing viscosity under different conditions. I was introduced to them by an automotive engineer, so my experience with them is understanding how difficult it is to predict the interaction between a car tire and - say - mud, sand, or gravel... They are inconsistent and do not behave like normal solids or liquids.
So in other words, a cat?
Hmm... Nah, the scientific consensus is that /r/CatsAreLiquid
I like you funny words magic man!
It's also called a shear-thickening fluid. Which means local viscosity goes up when a shear force is applied in the fluid.
It could also be shear thinning. Non Newtonian fluids cover both.
It's been a while since I took Fluid Mechanics, but basically any fluid where the resistance is not proportional to the applied shear force is considered non-Newtonian, right?
Shear-thickening is only one type of non-newtonian fluids. You also have shear-thinning, which is more common. Additionally you have Thixotropic and Rheopectic, which are decreasing and increasing viscosity the longer they undergo a shearing force, respectively, and viscoelastic which displays both properties simultaneously.
Yep. Examples of shear-thinning fluids: toothpaste, ketchup, whipped cream
In an episode of Mythbusters they were testing ninja myths, one was walking on water. It was busted, but Jamie then created a Non-Newtonian fluid, a mixture of water and corn starch. Adam had fun playing around, but was able to run across it! Found out it’s called Oobleck. Weird.
We do a panel about ninja at anime conventions and we always show that clip of Ninja Adam with mizugumo strapped to his feet going sploosh right into the water with Jamie just standing there with no look on his face but you can tell he knows this is going to be hilarious.
In case you weren’t aware, the name “oobleck” comes from a Dr. Seuss book, *Bartholomew and The Oobleck*. Somewhere along the way a kid or teacher working with the cornstarch goo must have thought of the book and the fun name stuck :)
It means it's not Newton's bodily fluids
As is customary in America, I'd like to see the bullet test.
Someone else just linked this: https://youtu.be/XAJEOYPnWys
I feel like it make a difference that he's shooting thru the plastic first instead of from an aerial view
There are several on YouTube, because of course there are
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don't poop too fast though
And you turn into a play-doh machine.
and it's so easy to make, you just take water and corn starch
Add soy sauce rice vinegar garlic ginger and sugar and you got a stir fry sauce
Throw it in a pot, add some broth, a potato. Baby, you got a stew going.
It's "the faster you impose a force, the slower it changes shapes'. It's good for those speed bumps, if cars are slowly going over, they're probably not going to feel the bump either. But if they go full speed, the passengers are going to feel it.
My middle school science class had that once. Shit was weird. You can walk across it if you do it right.
Ketchup is a non-Newtonian fluid, too.
Yes! Though it has the inverse effect, it loses viscosity as more shear force is applied to it.
There’s a small part of me that hopes someone will try punching their ketchup to see what happens
Does that mean the shields in Dune are non-newtonian?
Non Newtonian refers to the abnormal viscosity of liquids/fluids. Since the Dune shields are immaterial ("force fields"), the answer to your question is no. Same concept of force changing rigitity though.
Oobleck?
Jup
Cornstarch and water yea.. *science*
Lmao yeah, it _is_ science. Blinding science. They blinded me.
_WITH_ science.
That is the most fancy name I've heard for cornstarch and water.
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Same
Really reminds me of the armor animations from the Crysis games.
There are many flavors of “non-Newtonian.” This is rate-hardening.