The article "Non-van der Waals superlattices of carbides and carbonitrides" by Zhao, Du, Si, and others was published in the journal Nature on October 22, 2025. The DOI (Digital Object Identifier) for this article is https://doi.org/10.1038/s41586-025-09649-w.
The authors' names are:
* Q. Zhao
* Z. Du
* K. Si
No other information about the authors is provided in the text snippet.
The article discusses the discovery of non-van der Waals superlattices of carbides and carbonitrides, which are materials that do not exhibit van der Waals interactions at high pressures.
Here are the details:
* Title: Non-van der Waals superlattices of carbides and carbonitrides
* Journal: Nature
* DOI: https://doi.org/10.1038/s41586-025-09649-w
* Date published: October 22, 2025
just saw this new discovery about superlattices and i'm like wow ... so basically they found materials that dont follow van der waals rules at high pressures . its like they break the rules of physics or something . but seriously, carbides and carbonitrides are pretty interesting compounds anyway. think about all the new tech we could make from this discovery . would be nice to see more info on how it works tho . maybe some diagrams or ascii art would help explain it better? ️.
Just read about this breakthrough discovery in superlattices and I'm fascinated! I mean, who wouldn't want to know more about materials that don't follow the usual rules of physics? These carbides and carbonitrides are like the rebels of the material world - defying expectations and opening up new avenues for research. It's amazing to think about how much we can learn from these tiny structures and what kind of innovations might come out of it. As someone who's lived through a lot of scientific progress, I'm excited to see where this research takes us!
OMG, have you heard the latest news in the science world? Researchers just made this crazy breakthrough with non-van der Waals superlattices of carbides and carbonitrides! I mean, can you even imagine materials that don't follow those normal rules of physics? It's like they found a whole new realm out there. And the best part is, it's all about discovering new ways to create these materials at high pressures. Like, who wouldn't want to push the limits of science, right? The implications are huge - we could be looking at some major advancements in fields like energy storage and superconductors. I'm super stoked to see where this research takes us next!
so like the scientists made some kinda superlattice thingy with carbides and carbonitrides... its like they found a way to make these materials do stuff differently than what we would expect. i mean, van der Waals interactions are like the basics of how tiny particles interact with each other... but apparently these scientists managed to create materials that dont follow those rules at high pressure its pretty cool i guess? also, idk what the implications of this discovery are yet... are they gonna change the way we make stuff or something? or is it just some tiny scientific thing that only other scientists care about?
I was just reading about this new discovery in Nature and I gotta say, it's pretty cool . Apparently, these superlattices of carbides and carbonitrides don't do the van der Waals thing at high pressures like we thought they would. It's a big deal 'cause that helps us understand how materials behave under extreme conditions.
I mean, who doesn't love learning about weird stuff like this? The fact that scientists are still discovering new things in materials science is just mind-blowing. And to think that all these tiny breakthroughs can lead to bigger advancements in tech and medicine... it's just awesome! I'm not exactly a scientist, but even I get excited about this stuff.
Just read about this crazy new material discovery ! These scientists at Nature have found a way to create superlattices that don't even follow the usual van der Waals rules at high pressures. I mean, what's next? Materials that can defy physics like that? It's mind-blowing stuff and has me wondering what kind of tech we could develop with this kinda innovation... maybe some new type of battery or super-efficient cooling system? The possibilities are endless!
Just read this article on new materials and I'm like wow ! So the scientists found these superlattices of carbides and carbonitrides that don't follow van der Waals rules at high pressures? That's wild . Can you even imagine building something that defies the laws of physics lol. But seriously, this is huge for materials science, I mean think about all the tech advancements we could get from this discovery - stronger, lighter materials that can withstand crazy conditions . It's like they're unlocking a whole new world of possibilities . Can't wait to see what other cool stuff comes out of this research
just read this news about these superlattices of carbides and carbonitrides... honestly think it's just gonna be some fancy materials science thing that won't actually change the world... like how many real-world problems are we solving with all this 'superlattice' stuff? meanwhile, I'm pretty sure they're just messing around in a lab somewhere trying to find some new way to make materials more efficient or whatever... and what's gonna happen when these superlattices finally get used in something? is it just gonna be another overpriced gadget for rich people?
I just read this crazy article about scientists discovering new materials that don't follow the rules of physics! Like, they made these superlattices out of carbides and carbonitrides that DON'T behave like everyone thought they would. This is some serious sci-fi stuff right here - it's like something out of a futuristic movie where they're always messing with the fundamental laws of nature . I mean, I'm no expert but this sounds like it could have major implications for industries like tech and materials science. Can't wait to see what kind of innovations come from this discovery!
I just read this article about these crazy new materials that don't do van der Waals interactions at high pressures... like what even is that?! Anyway, it's kinda mind-blowing to think about the possibilities of creating superlattices with carbides and carbonitrides. Imagine being able to control how they behave under pressure!
The article itself looks pretty standard - just your typical journal format, no real surprises there. But hey, I guess that's what makes it easy to read: clean, simple layout. The DOIs are nice too, always a plus for finding the right link in a sea of info.
just read this crazy news about these new materials they call 'em non-van der Waals superlattices of carbides and carbonitrides... sounds like some sci-fi stuff but apparently its real life tech! imagine having materials that dont follow the usual rules of physics... thats mind-blowing lol what are the possibilities with these new discoveries? will they change our way of living or just make some cool gadgets? either way, gotta give it up to the scientists who made this happen
omg you guys i just read this article on nature about superlattices of carbides and carbonitrides it's like they discovered a whole new way of creating materials that don't follow the van der waals rule at high pressures
they found these non-van der waals superlattices which are made up of different elements like carbides and carbonitrides and its like totally a big deal because it opens up so many possibilities for new tech advancements think about it, no more van der waals interactions holding us back
i drew this little diagram to try and visualize what the authors meant
```
+---------------+
| carbide A |
+---------------+
|
|
v
+---------------+
| carbon nitride B|
+---------------+
|
|
v
+---------------+
| non-van der |
| waals superlattice|
+---------------+
```
anyway, just thought i'd share the news with you guys
Can you believe the breakthroughs we're seeing in science lately? I mean, I was just talking to my buddy about this stuff and it's crazy! They've found these non-van der Waals superlattices of carbides and carbonitrides. Like, what even is that?! It sounds like some sci-fi movie plot. I'm just imagining all the possibilities - new materials, stronger, lighter... it's mind-blowing stuff!
I was at a dinner party last week and one of my friends brought up this topic (she's an engineer) and we were all geeking out over it. She was saying how these superlattices could lead to some major advancements in energy storage and whatnot. And now that I've read about this, I'm convinced she was right! It's like, the future is already here, we're just not sure how to harness it yet.
Anyway, I'm stoked to see scientists making headlines like this. Reminds me of when I was in school, my science teacher used to tell us stories about the latest discoveries and we'd all get so excited. Guess some things never change!
Just read this article about those new superlattices made of carbides and carbonitrides. I'm low-key fascinated by how they discovered materials that don't do van der Waals at high pressures. It's like, what even is the point of pressure if it can just mess with the way stuff interacts? Either way, this research could lead to some major breakthroughs in fields like materials science and tech. I'm not exactly a physics whiz, but it sounds like some pretty cool stuff. Who knows what kind of innovations will come out of this?
just read about this crazy new discovery in nature and i gotta say its like the scientists found a whole new way to make materials that can do some pretty wild stuff at high pressures! so carbides and carbonitrides which are basically just fancy names for compounds made of carbon and other elements, apparently dont behave like we thought they would under superhigh pressure. no van der waals interactions? thats weird but also kinda cool? the implications are huge for fields like materials science and engineering, maybe even energy storage or medicine... its all pretty mind-blowing stuff
I'm not really sure what's the point of all this superlattice stuff but I do know that my kid is totally fascinated by materials science right now . He's been reading about van der Waals interactions and carbides and carbonitrides like they're going out of style. Anyway, apparently these researchers have found some new materials that don't follow the usual rules and that's kinda cool, I guess . I just wish my kid would focus on something a bit more practical, like how to make a decent cup of coffee or something...
OMG u guyz!! I just saw the coolest thing in science news and I HAVE to share it w u!! So like these researchers found a new type of material called non-van der Waals superlattices made from carbides and carbonitrides... can u even imagine?! They're like, not normal materials that we know & love but rather some sort of game-changer in the world of physics & chemistry!
I mean think about it, these materials don't do van der Waals interactions at high pressures which is kinda mind-blowing if u ask me... like what even are those?! And how did they discover this? Was it a team effort or was one genius person who just nailed it? I need more info lol!
But seriously though, the fact that these researchers were able to find something new & exciting in the world of materials science is just amazing. It's like, we're still learning so much about the world around us and there's always room for discovery. What do u think?! Should we start a petition to get more funding for research?
omg u guys, can't believe the scientists are finally figuring out how to create these non-van der Waals superlattices they're like, totally game changers for materials science and stuff. i mean, think about it, we were stuck with just van der Waals interactions for so long, and now these carbides and carbonitrides are breaking free from those rules i'm low-key excited to see where this research takes us, maybe we'll have new super-strong materials or something anyway, the fact that they figured it out is kinda amazing, i guess some of you might be thinking "yeah yeah, big deal" but come on, it's a huge deal for the scientific community
. its like they break the rules of physics or something 
. but seriously, carbides and carbonitrides are pretty interesting compounds anyway. think about all the new tech we could make from this discovery 
. would be nice to see more info on how it works tho 
. maybe some diagrams or ascii art would help explain it better? 
️
.
Just read about this breakthrough discovery in superlattices and I'm fascinated! I mean, who wouldn't want to know more about materials that don't follow the usual rules of physics? These carbides and carbonitrides are like the rebels of the material world - defying expectations and opening up new avenues for research. It's amazing to think about how much we can learn from these tiny structures and what kind of innovations might come out of it. As someone who's lived through a lot of scientific progress, I'm excited to see where this research takes us! 
I mean, can you even imagine materials that don't follow those normal rules of physics? It's like they found a whole new realm out there. And the best part is, it's all about discovering new ways to create these materials at high pressures. Like, who wouldn't want to push the limits of science, right? 
. Apparently, these superlattices of carbides and carbonitrides don't do the van der Waals thing at high pressures like we thought they would. It's a big deal 'cause that helps us understand how materials behave under extreme conditions.
The fact that scientists are still discovering new things in materials science is just mind-blowing. And to think that all these tiny breakthroughs can lead to bigger advancements in tech and medicine... it's just awesome! 
It's mind-blowing stuff and has me wondering what kind of tech we could develop with this kinda innovation... maybe some new type of battery or super-efficient cooling system? The possibilities are endless! 
. It's like they're unlocking a whole new world of possibilities 
it's like they discovered a whole new way of creating materials that don't follow the van der waals rule at high pressures 
. I just wish my kid would focus on something a bit more practical, like how to make a decent cup of coffee or something...