Hi Seekers, thanks for watching! Want to learn more about graphene? Check out this video about making graphene aerogel in space: ruclips.net/video/nctQVS8EJ-8/видео.html
Absolutely. Just wait until they discover the living things undulating in the dark matter. Tendrils the size of planets caressing us from the shadowy depths of space. Chittering and screeching echoing through the axions. Clouds boiling with unheard screams. The night watching with unseen eyes.
guess it's problematic that graphene is hard to produce.. aluminium was discovered 1825 and it took around 70 years for production methods to enable widespread use.. if we find a way to mass produce graphene stuffs that's also not expensive we will start seeing it everywhere
Love it when this channel comes up with something new. Never heard of this stuff before so I'm off to arxiv for a brain feast. Thanks Marin and Seeker, keep it up.
Buen video, pero en ningún momento menciona quienes han hecho este estudio, ni de dónde ha sacado ésta información, lo cual es muy importante cuando hablamos de ciencia.
This sounds like an amazing way to break a cable! Instead of "sh*t my charging cable broke!" it'll be "sh*t my charging cable turned into an insulator!"
Seeker I would request you do a session on Presentation Skills. I hope I'm not the only one acknowledging that seeker has some of the greatest presenters and presentations in the world. 👏👏👏
Man this is super cool. I feel as we keep studying graphene and other novel carbon structures we're going to keep learning more and more new things. I'm excited to see what else we learn and I can't wait for graphene to be easier, faster and cheaper to produce and start really working its way into the materials market.
The prospect of natural temperature superconducting graphene seems rather exciting: lossless electrical distribution, low energy maglev transport... So much potential.
Unfortunately I don't think this specific material will ever become a room temp superconductor. Even with the magic angle it sill must be cooled down to 1-2 Kelvin in order for superconductivity to arise. However, I think it will be very useful to help us understand how nonconventional superconductivity (that without Cooper pairs) works and a deeper understanding of that could help us design materials with a higher critical temperature than the current record of a cuprate at -130C.
This is VERY exciting! Thanks a ton for the highlights and do let us know about all the breakthroughs with this fantastic material that is going to change everything!
Mantis shrimp has such spiraling arrangement of mineralized fiber layers, each of which is laid at a slightly rotated angle to the next that forms a complete spiral and acts as a blueprint for newer super-tough composites because of its amazing properties.
I am excited about this! If you're ambivalent, realize that artificial lasers were invented in my lifetime. Scientist were excited about some target opportunities, but I doubt that any visionary of the day would have foretold how ubiquitous they would become (with applications still to be had!) This has similar potential.
I found this press release about this research from MIT: news.mit.edu/2020/twists-magic-angle-graphene-map-0508 In it they explain by applying an electric field to the 4 layer stack they were able to tune it from insulating to superconducting.
@@IanGrams "tune" it.. whoa. I'm very curious about how the field interacts with the bound atoms and further their electons to bind them up... and then at a certain resonance.. boom.. electrons can flow. Now I know I'm in 2020.
If we can actually produce superconductors at room temperature in high enough quantities...and even better tunable ones...oh boy ....this will be the start of a new time
To be fair, graphene has been heralded as a material that will revolutionize multiple industries. It's been nearly 10 years and it hasn't left the lab save for some portable charging packs. But these packs don't utilize the full potential of what we were promised. It's exciting stuff for sure. But so we're the countless other "breakthroughs" that we were shown.
There is always a huge gap between a new wonder material or use for a particle or whatever and when it actually becomes useful. Do you think the moment electricity was discovered the world completely changed in a manner of 10 years? It took decades before it was being used. There was a 145 year gap between the discovery of uranium and the first nuclear power plant. Change takes time, ALOT of time.
Maren Hunsberger will do... and you’re most welcome. I teach (or I should say, taught) presentation skills for some time-the only thing I could teach you on that front is perhaps a British accent. ;-)
LMAO-I just watched your video on the future of UK fusion energy and got to the piece where you did a British accent... so there goes the one remaining thing I’m useful for. // In case it wasn’t obvious, I’m an Englishman in New York... well, Seattle but you get the point.
I believe that Noble prize winning theories are step ahead for any person to explain so clearly to explain like u guys.Can u guys pls post all the Noble prize winning theories & their real world implications??
I find that really exciting. Even though humans have learned an awful lot, there is always more to learn :] I'm very thankful for the scientists who devote their life to furthering our collective understanding of our beautiful universe
Ped-Away-G not only that imagine highly efficient coils.... the army will certainly love this from small firearms to big guns.... no propellent required just shoot the metal.
You are truly the best from Seeker. When you are the one explaining things, no matter what the topic is, I always feel like I'm walking away with either learning something new, learning what is the correct knowledge or finally understanding something I've heard of, but was too complicated for me to understand before and now I know. Thank you. 😁🤗
I was listening to this video and I love all the info and then I was thinking "Man, I could listen to her talk forever." You have a soft, pleasant voice that made it easy for me to absorb all the info. Then I looked at the video and you're very very beautiful. So good job Seeker! Sorry for the weird comment and Im sorry if it came off creepy. I just wanted to give props. I hope you all at Seeker had a great 4th and thanks for always teaching me awesome science stuff. Hail Sagan.
First thing that comes to mind when i here graphene and tuning used in same sentence.. Samples were removed from alien abductees contained graphene tubes casted INSIDE the metals. The tubes are believed to make up some kind of radio tracking system like some kind of advanced radio vacuum tubes arrangement. What they couldn't figure out was how metal could be formed around the graphene tubes without destroying them. My immediate thoughts were they were some how charged and tuned to be outside of the dimension the casting was being done so as not to melt or destroy the graphene.... WOW! now that's far out man.. OR IS IT?
Make a video about Donor-Acceptor Stenhouse Adducts (DASAs) a new class of organic photoswitch first synthesised in 2014 at the university of Santa Barbra, OR if that's a little too specific then make a video about organic photoswitches in general. There is TOOONS of work on Azo-Benzene photoswitches and there is some amazing work that's been published, for example researchers doped a polymer matrix with a specific azo-benzene to make a "Artificial Flytrap", which is a part of the "soft robotics" field which is also awesome but a lot of hydro-gels (photoswitches are cooler). There are also spyropyrans and diarylethenes, and a few other photoswitches that are really awesome!! People have made wavelength controlled nano-reactors from polymersomes made with DASA photoswitches incorporated into the polymer chains that allow you to turn the reactors on and off with light. You guys messaged me on my instagram about using some of my posts in some of your posts and I work with DASAs so you have shown interest in the area aha :D I think it would make a great video.
On a future note. That same twist layer should be exhibited through other substances as well. I think there might be a hot iron based super conductor that shows this but I might be off on that. Still in the future it should be useful for nano machines. That among other things like data storage and switching/sensing capabilities through ordinary materials given a primer material then eveuntly through signal alone. In future materials of course. I don't think anyone has got that far yet.
So, hopefully I dont sound too dumb here, but, isn't the very definition of graphene a single layer of carbon atoms? So then, if you ad even one layer, it technically wouldn't be graphene anymore would it? Unless maybe there was something else in between the two layers maybe?
I work with a student in a lab that is studying graphine and they are very intelligent and still cannot achieve any single layer configurations. She is working on this every day and seems to be getting nowhere year after year.
If we overcome the size limitation of the graphene sheets, we may even build power lines which will replace the heavier and less efficient copper wires. Computers made-out of more graphene and less copper will also be less harmful to the environment.
squids make ink which was used on paper but now graphene is used on paper and graphene is now used to make squids. and people say scientists don't have a sense of humor.
Hi Seekers, thanks for watching! Want to learn more about graphene? Check out this video about making graphene aerogel in space: ruclips.net/video/nctQVS8EJ-8/видео.html
Graphene can do every freakin thing one can imagine, now i am waiting when will it learn to leave that god damn lab.
Yeah, I'm waiting for graphene to use a stick of gum and a paper clip to discover a cure for covid-19.
Everything except print its own money :( the day the manufacturing processes around it become economical is the day humanity rejoices!
qqqqq
now there gotta be a GOD
bro
The Encore, it needs 'magic angle' to leave the lab😂
"Using magic angles and squids."
Me : Do we live in the Cthulhu universe?
@Semper Fortis scary
Absolutely. Just wait until they discover the living things undulating in the dark matter. Tendrils the size of planets caressing us from the shadowy depths of space. Chittering and screeching echoing through the axions. Clouds boiling with unheard screams. The night watching with unseen eyes.
@@WhisperingWindow: "Tendrils the size of planets caressing us from the shadowy depths of space."
That's hot. I came.
yes trump is president
WhisperingWindow - Best comment on this entire thread of comments 😁
This is awesome, I'm always eager to watch news on Graphene
@@arunavaghatak8614 AFPS 2020 ruclips.net/video/owpHC4Pg550/видео.html
@@01001000erobrine thankU
@Frederick Röders okay then,leave the video
Yeah, man this will soon be available at your phone in the future! This is so cool!😱👌
Yup, it’s gonna be the future if they can get it right on a wide scale I’m excited 🙌🏾
Twistronics needs to be in the next dictionary
I'm at the twistronics field
I'm at the spintronics field
I'm at the combination twistronics and spintronics field
@@iwiffitthitotonacc4673 ok?
Trump 2020
m.ruclips.net/video/FAvFFYu1RGM/видео.html
guys this is for science not politics
@@timmypena241: Just report them both for spamming.
"When a grid's out of line with the one that's behind, that's a moire......" *-Sung to the tune of 'That's Amore'. ;)
Understandable, have a nice day
Trump 2020
m.ruclips.net/video/FAvFFYu1RGM/видео.html
@@arunavaghatak8614wait I don't understand? Am I missing something?
Understandable, have a day
underSTANDable, have a nice day
@@arunavaghatak8614 AFPS 2020 ruclips.net/video/owpHC4Pg550/видео.html
I love hearing about all the cool new discoveries but am sooo impatient for the practical applications in every day life
I bet it won't happen until we're the ones who need life support and geriatric care... unfortunately.
guess it's problematic that graphene is hard to produce.. aluminium was discovered 1825 and it took around 70 years for production methods to enable widespread use.. if we find a way to mass produce graphene stuffs that's also not expensive we will start seeing it everywhere
I read this comment before graphene can do everything but leave the lab
Trump 2020
m.ruclips.net/video/FAvFFYu1RGM/видео.html
It has left the lab already tho
@@bs-yn7su because science
Watch me ....
@@arunavaghatak8614 AFPS 2020 ruclips.net/video/owpHC4Pg550/видео.html
Informative video! Links to(/details of) the research papers(/publications) in the description box would be really helpful :)
alternating layers of superconduction and insulation sounds to me like a potential super conducting super capaciter
Love it when this channel comes up with something new. Never heard of this stuff before so I'm off to arxiv for a brain feast. Thanks Marin and Seeker, keep it up.
Buen video, pero en ningún momento menciona quienes han hecho este estudio, ni de dónde ha sacado ésta información, lo cual es muy importante cuando hablamos de ciencia.
This sounds like an amazing way to break a cable! Instead of "sh*t my charging cable broke!" it'll be "sh*t my charging cable turned into an insulator!"
Any news how to manufacture graphene in a practical way?
You chineses spys once again?
Rice university have the way
Talga resources do it. There is alsoflash graphene.
scotch tape... no seriously... scotch tape
Universal Mater is making flash graphene it is a spin-off company from Rice University.
Seeker I would request you do a session on Presentation Skills. I hope I'm not the only one acknowledging that seeker has some of the greatest presenters and presentations in the world. 👏👏👏
this is a great idea! I'd love to do that, maybe on my personal channel?
i just pray graphene technology won't join that list "Cool but when?!Never?" alongside Half Life 3 and the James Webb telescope...
Oh it's been there for years. It's defined that group
@@1AKAvg oooh yes another great contender! how could i forget that one?! XD
Low grade graphene is already hear and being quite useful. The high grade stuff is a bit further off, but not that far.
You pray??? Why?
@@liem11 Its only 50 years away
Man this is super cool. I feel as we keep studying graphene and other novel carbon structures we're going to keep learning more and more new things. I'm excited to see what else we learn and I can't wait for graphene to be easier, faster and cheaper to produce and start really working its way into the materials market.
Is it just me or anyone else feels that her voice is just soothing 😂🥺
I called my cat Graphene. Now it can do everything except leave the lap
The prospect of natural temperature superconducting graphene seems rather exciting: lossless electrical distribution, low energy maglev transport... So much potential.
Unfortunately I don't think this specific material will ever become a room temp superconductor. Even with the magic angle it sill must be cooled down to 1-2 Kelvin in order for superconductivity to arise. However, I think it will be very useful to help us understand how nonconventional superconductivity (that without Cooper pairs) works and a deeper understanding of that could help us design materials with a higher critical temperature than the current record of a cuprate at -130C.
Could you please provide a link to the actual work?
*Twisteronics, fabled bazaars, vibranium, lions, tigers, and bears; squids.*
BUUUUURP
@Rick Sanchez: Fabled bazaars, you say? gatherer.wizards.com/Pages/Card/Details.aspx?multiverseid=984
This is VERY exciting! Thanks a ton for the highlights and do let us know about all the breakthroughs with this fantastic material that is going to change everything!
maaaaaaaan I really just wanna know whether high temp superconductors are actually on the horizon
@Seeker Is it possible quantum bits or qubits can be created with graphene?
Mantis shrimp has such spiraling arrangement of mineralized fiber layers, each of which is laid at a slightly rotated angle to the next that forms a complete spiral and acts as a blueprint for newer super-tough composites because of its amazing properties.
The way that overlapping graphene created different shapes makes me wonder if overlapping fields create different particles.
Hi, do you have some papers on which you based your videos? Would love to read them to learn more!
Maren, I love your enthusiasm - its infectious!
She has to care for her diet, I'm worrying the way she progress
@@cq33xx58 oop, spotted the "pickup artist".
thanks so much, I'm so glad you think so! Check out my personal channel for more :)
I am excited about this! If you're ambivalent, realize that artificial lasers were invented in my lifetime. Scientist were excited about some target opportunities, but I doubt that any visionary of the day would have foretold how ubiquitous they would become (with applications still to be had!) This has similar potential.
You ARE old !;-)
3:36 Graphene is like a M. Night Shyamalan movie!
*CONFIRMED*
M. Night: "What a twist!"
What is happening?
Minus avatar
You makes the best graphics and editing
Beautiful presentation!
thanks so much, I'm so glad you think so! Check out my personal channel for more :)
FYI @ 2:27: your explanation of the nano-SQUID device makes no sense. Scanning electron microscopes don't have "tips"--that's not how SEM works.
Please make a video on *branched flow of light.....*
Shows squid video
*3 seconds later*
"no it's not the squid you're thinking off"
Graphene is like fusion. Just 20 years from now.
Yeah, but fusion is probably coming first and flying cars second xD
Graphene: forever the technology of 20 years from now 😕
Nope... there are graphene power banks now!
talk about borophene, that is such a hot topic
so how would they switch the phase on and off? If in one state it's a superconductor and in another, an insulator... how to flip the switch?
I found this press release about this research from MIT: news.mit.edu/2020/twists-magic-angle-graphene-map-0508
In it they explain by applying an electric field to the 4 layer stack they were able to tune it from insulating to superconducting.
@@IanGrams "tune" it.. whoa. I'm very curious about how the field interacts with the bound atoms and further their electons to bind them up... and then at a certain resonance.. boom.. electrons can flow. Now I know I'm in 2020.
Amazing, I have the feeling I'm looking at the next Nobel Prize winner right there :D
I highly doubt that she will win the Nobel Prize for reading a script into a camera lol
Can I just point out how satisfyingly the books in the background are arranged?
If we can actually produce superconductors at room temperature in high enough quantities...and even better tunable ones...oh boy ....this will be the start of a new time
Graphene, quantum computer and String theory never come out of the Labs.
To be fair, graphene has been heralded as a material that will revolutionize multiple industries. It's been nearly 10 years and it hasn't left the lab save for some portable charging packs. But these packs don't utilize the full potential of what we were promised.
It's exciting stuff for sure. But so we're the countless other "breakthroughs" that we were shown.
There is always a huge gap between a new wonder material or use for a particle or whatever and when it actually becomes useful. Do you think the moment electricity was discovered the world completely changed in a manner of 10 years? It took decades before it was being used. There was a 145 year gap between the discovery of uranium and the first nuclear power plant. Change takes time, ALOT of time.
This is awesome. How's that for originality?
Wow--blown away!
Sidebar: what a fantastic presenter you are--well done indeed.
thanks so much, I'm so glad you think so! Check out my personal channel for more :)
Maren Hunsberger will do... and you’re most welcome. I teach (or I should say, taught) presentation skills for some time-the only thing I could teach you on that front is perhaps a British accent. ;-)
LMAO-I just watched your video on the future of UK fusion energy and got to the piece where you did a British accent... so there goes the one remaining thing I’m useful for. // In case it wasn’t obvious, I’m an Englishman in New York... well, Seattle but you get the point.
I believe that Noble prize winning theories are step ahead for any person to explain so clearly to explain like u guys.Can u guys pls post all the Noble prize winning theories & their real world implications??
5 years later, why hasn't graphine been used in amything yet?
We still don't know significant things in this planet Earth. Imagine the solar system, the galaxy and the universe.
I find that really exciting. Even though humans have learned an awful lot, there is always more to learn :]
I'm very thankful for the scientists who devote their life to furthering our collective understanding of our beautiful universe
Big vibes!
This shit be hitting different.. lol
BRING ON THE ROOM TEMPERATURE SUPERCONDUCTORS
That's one hell of a plot twist lmao
When will it be added in our chemistry syllabus.
Awesome! Great Video
next company to make a 3D printer that prints with carbon in the molecular level will rule the world
I've been following graphene in the past years. This is awesome.
@INERT "Real-world applications", they do have. Scalability? Barely.
Have you invest any money on graphene stocks? Any promising companies to keep an eye on?
Room. Temperature. Superconductor.
I would like to see more about: NLP (the real one, not the mumbo jumbo one), Quantum computing (hardware and software), Quantum machine learning, CGI
Before watching the video: I bet none secrets are revealed.
Still hoping for a room temperature graphene superconductor news
Loving your detailed and understandable presentations.
Pretty neat stuff!💎💎💎
about time we ditched silicon and germanium for the high efficiency, low loss carbon-based semiconductor.
Ped-Away-G not only that imagine highly efficient coils.... the army will certainly love this from small firearms to big guns.... no propellent required just shoot the metal.
But it's not ready to assume the mantle.
The periodic table couldn’t give us vibranium, so instead it gave us Graphene (Carbon)
You are truly the best from Seeker. When you are the one explaining things, no matter what the topic is, I always feel like I'm walking away with either learning something new, learning what is the correct knowledge or finally understanding something I've heard of, but was too complicated for me to understand before and now I know. Thank you. 😁🤗
I'm so glad you feel that way, thanks! Check out my personal channels for more :)
Could you explain the way that the new high temperature composite materials used in turbine blades are made and what their properties are?
Alright see u in 20 years
I’ve been watching Seeker for a while now! I loved their content! As such, I made my own sci-fi/futurist channel!!
Nice advertisment
I see you all over the place lol why you gotta self advertise so much?
Please share more about material science discoveries!
Can you do one on ZnO flame spray pyrolysis for turning CO2 into CO/O? I feel it’s important for people to see the possibility
Please cover this topic and make a longer and detailed video .please
I was listening to this video and I love all the info and then I was thinking "Man, I could listen to her talk forever." You have a soft, pleasant voice that made it easy for me to absorb all the info. Then I looked at the video and you're very very beautiful. So good job Seeker! Sorry for the weird comment and Im sorry if it came off creepy. I just wanted to give props. I hope you all at Seeker had a great 4th and thanks for always teaching me awesome science stuff. Hail Sagan.
Normally I dismissal pie in the sky science. But this sounds amazing.
Soo... is this the future of transistors too? If you can change from insulation to superconducting, then you can create a transistor right?
I am eager to learn something new about Graphene
First thing that comes to mind when i here graphene and tuning used in same sentence.. Samples were removed from alien abductees contained graphene tubes casted INSIDE the metals. The tubes are believed to make up some kind of radio tracking system like some kind of advanced radio vacuum tubes arrangement. What they couldn't figure out was how metal could be formed around the graphene tubes without destroying them. My immediate thoughts were they were some how charged and tuned to be outside of the dimension the casting was being done so as not to melt or destroy the graphene.... WOW! now that's far out man.. OR IS IT?
Will it really behave like superconductor? And whats its thermoelectric properties?
Anyone knows some promising graphene developer companies to invest in?
I read that as magic-angel graphene and am kind of disappointed that it's not!
Can't wait to see the first machines using carbon nanotubes, will be extremely interesting!!!
So its Graphene...But with a twist;)
Nice video 😎
Now I’m wondering if progress in Twistronics would also help have hot Quantum computers.
What if between the layers they made crystal reflectors and small solar cells in a solid blocks for energy storage for a capacitor/solar solid block
Make a video about Donor-Acceptor Stenhouse Adducts (DASAs) a new class of organic photoswitch first synthesised in 2014 at the university of Santa Barbra, OR if that's a little too specific then make a video about organic photoswitches in general. There is TOOONS of work on Azo-Benzene photoswitches and there is some amazing work that's been published, for example researchers doped a polymer matrix with a specific azo-benzene to make a "Artificial Flytrap", which is a part of the "soft robotics" field which is also awesome but a lot of hydro-gels (photoswitches are cooler). There are also spyropyrans and diarylethenes, and a few other photoswitches that are really awesome!! People have made wavelength controlled nano-reactors from polymersomes made with DASA photoswitches incorporated into the polymer chains that allow you to turn the reactors on and off with light. You guys messaged me on my instagram about using some of my posts in some of your posts and I work with DASAs so you have shown interest in the area aha :D I think it would make a great video.
Sputter deposition (PVD) of graphite will make graphene layer?
Have they ever seen real graphene?
It's like talking about magic dust for years, but actually never seen it.
Your scream's a whisper
Hang on, you twisted transistor
On a future note. That same twist layer should be exhibited through other substances as well. I think there might be a hot iron based super conductor that shows this but I might be off on that. Still in the future it should be useful for nano machines. That among other things like data storage and switching/sensing capabilities through ordinary materials given a primer material then eveuntly through signal alone. In future materials of course. I don't think anyone has got that far yet.
So, hopefully I dont sound too dumb here, but, isn't the very definition of graphene a single layer of carbon atoms? So then, if you ad even one layer, it technically wouldn't be graphene anymore would it? Unless maybe there was something else in between the two layers maybe?
Does anyone have a bibliography for this? Like, with actual peer-reviewed papers? (Or at least published on arXiv?)
What is this going to be used for?
I am not even gonna pretend to understand what they just did.
I work with a student in a lab that is studying graphine and they are very intelligent and still cannot achieve any single layer configurations. She is working on this every day and seems to be getting nowhere year after year.
If we overcome the size limitation of the graphene sheets, we may even build power lines which will replace the heavier and less efficient copper wires. Computers made-out of more graphene and less copper will also be less harmful to the environment.
Books arranged by color?
xD don't be nasty, intellectuals have artistic concerns too
Fun fact its diamond even in 1 layer of atomic bond.😊😊😊
Imagine if they make it thicker.😱
squids make ink which was used on paper but now graphene is used on paper and graphene is now used to make squids. and people say scientists don't have a sense of humor.