@@colmercer3315 Until we gain the ablity to mass produce it, it's not used in many applications yet because it's hard and energy intensive to create, god you morons who say this garbage need to stfu.
With large machines, we can now scale up Flash Graphene fast and cheap enough. ua-cam.com/video/hKIqgD-Aeds/v-deo.html Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
You realize it's hard to produce and all right? It won't be out anytime soon yes, but it will eventually be in everything once we figure out how to mass produce it, I mean look at microchips, it took us a while before those became a major part of society
@@dollaz4647 watch Vox's video on why graphene hasn't taken over the world. Eh nvm I'll do the TLDR. It is hard for new tech to become popular because it has to work as good or better than the old tech, which is hard considering that new tech tend to be expensive, clunky, large, etc etc.
Based on just two layers, molecules could be arranged to form an entire circuit board having all the properties of many electronic components. Moving atoms individually to make each component would be the hard part ;-)
Humans : * use graphene to draw useless things on paper * Alien : 🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏼♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️
Ok here you go. Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
@@mdc4runner Check here. Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0 Btw @mdc4runner ... I've seen you in a video game recently. We can scale up Flash Graphene fast and cheap enough now with large machines. ua-cam.com/video/hKIqgD-Aeds/v-deo.html
You might really enjoy this video. Check out the info provided in the video for the year 2050 and up. ua-cam.com/video/uCmPgTpNPKA/v-deo.html Check out my Alcubierre - Froning Warp Drive playlist. ua-cam.com/play/PLAUtk-Q2DF7z-5wWCLg3fZkQKognSFjwE.html Gravity / Anti-Gravity playlist. ua-cam.com/play/PLAUtk-Q2DF7xNy8sg6x9r14uVd1NWelqI.html Large machines to make Flash Graphene and to scale it up faster, and cheap enough. See it can now be done. ua-cam.com/video/hKIqgD-Aeds/v-deo.html Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html All the playlists on my "other" channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0 Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
This is cool. When I was in grad school, graphene was big. I knew they had high electron transport, and suspected they could be used for superconducting. Glad to see that this panned out!
Carbon is awesome, it's crystalline forms are the best ones, it's used in every living thing in the planet as the basis. I'm sure there are more ways that carbon is useful that we're yet to discover.
Another great video by my favorite narrator. Really enjoy her charge personality and the way she articulates herself. She seems to really dig and in understand what she's sharing and that really stands her apart. Great job and thanks again for sharing such future impacting information.
Is it just me, or would funding more research be easier if production was a primary focus? If you can put it into the hands of builders, metallurgists, textile manufacturers, etc. enlightening them on how their industries can benefit from it, they'd be more receptive towards funding research or would fund it through their purchases of the graphene itself.
That's what these videos are for. Getting the word out and raising awareness. Some kid or teen will show this to their engineering dad or mom and the ball will roll.
Nah industry too greedy to invest in absolutely new infrastructure. Let it go by itself, moorse law coming to an end and for all the other tech its barely changing, people notice it. Soon companies will have to invest into inovating to survive concurrence. If companies like samsung can invest hundreds of billions into improvement of their chips then others should invest just as much into graphene batteries, solar pannels, circuits, displays etc. One day, just dont die till then
@@erikasl.7050 Yup, we need economic incentives to change in order for major technological adoption changes to occur. This is why I am for Andrew Yang. Yang2020.com
@@ashyosings5089 No, it would just get lobbied against, bought up and buried. Too many corporate interests at play that are interested at maintaining the status quo. The incentives of our nation needs to be changed in order for real change to happen, new technology to be adopted and integrated in the benefit of humanity as a whole.
Makes sense, think double helical in a seed of life pattern. Two sets of trinity (three rings makes one trinity) makes one whole seed. Let's say one trinity is negative charge. (Three rings of negative trying repeal from each other). The other trinity (does the same as the negative trinity) is positive charge. So the whole thing is neutral seed. Graphene being stacked is in neutral state. The twist is the off set that causes the push or pull to react. Like one trinity of neutral with one negative (or positive)trinity. That gives use the positive (or negative)seed.
Here you go. : ) Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Magic, nothing is magic only the ideas we can apply of abstract are reality, many today's technologies were once thought impossible and magicccckkkkk!.
I hope the scientists would make a practical use of graphene soon, the media had hyped up this graphene phenomenom since years ago but i haven't actually heard it being use for practical purpose
They had zero use for lasers when discovered. Look at lasers now. It might take 20 years, but boy at least they know it’s useful. Samsung have announced a graphine battery that will literally change the world and mobile phones, you can charge up in minutes with 3x the capacity. That’s now in 2020. Imagine in 10 years!
We can make large machines now to scale up Flash Graphene, in space "with a structure to control the carbon atoms from flying around fast in space", and another set of machines on the Earth to make Flash Graphene. It can now be done, and more methods will come later. ua-cam.com/video/hKIqgD-Aeds/v-deo.html We are starting to learn new materials "2D materials" at the atomic level (one - layer thick of carbon atoms such as Graphene), and the average person understands the Quantum level. Now put it together, you get Graphene and Quantum Technologies. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html All the playlists on the channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0 Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html Be sure to check out Graphene and Quantum Technologies on my other channel. And don't forget to check out everything on my other channel! No cherry - picking through the videos, no skipping through videos, no skipping the videos for specific types, and no skipping playlists! Don't forget to check out the articles in each playlist description, but please do that "after".. you watch all the videos from top to bottom in that order, in each playlist. Literally look at all the playlists, please.
Graphine is so cool. I am already thinking of ways to use this new "twited" version. Imagine a car made of graphite. I know, we already have those. But now imagine one with no wires. If this twisted version can be a insulator and a conductor and as they clame it can do other things as it just depends on what type of current you run through it. Then we can make devices with no wires in it at all. I am just amazed at this stuff.
SO: Spray graphite dry lube on a cardboard square and place it under a light bulb for an hour. Then stick packing tape over it and pull apart and Instant Graphene! Fold it over twice and run over it with your car. Magic angle Graphene....Got it!
Hunnaid 7777 Making Graphene is actually easy. I have several grams at home in the form of graphene oxide and rGO. The major challenge is making sheets of defect free (pristine) graphene not graphene itself. You wouldn’t beliebe how many ways there are to synthesize graphene at gram scales without much effort (for example microwave or electrochemical exfoliation. But graphene is mostly just impressive at nano and micro scale once in macro scale its mostly unsuitable for most things except for electronic and electrochemical applications
The average location of an electron and the 60 degree angle of the graphene lattice are going to prove instrumental in the high conductivity property of graphene twisted at 1.1 degrees. Being able to traverse the lattice is effortless when the electrons cannot tell which proton they belong to. I think.
Graphene sounds like the new plastic: so useful and so convenient for so many things that we may not take a pause to ponder if there is a bad side for it. I mean, if there is so much to still understand and we don't know there also could be some downsides. Hopefully we learned the lesson.
Hopefully Graphene's cost in the future and utility propel it's actual use as opposed to the past decade where it was used only in niche areas solely due to it's expensive cost vs silicon.
You can make a transistor with it. Use a piezo device to offset the rotation, using a signal, and just hook a speaker and a battery up to the graphite. Should make a super efficient amplifier.
Sorry but should I be the one who says it? ... Should I say it? ... Should I? ... okay, FINE ... "Graphene can do everything, except leave the lab" still. Good video though!
Only because they haven't gained the ability to mass produce it yet, just like with every technology that has come it has issues that need to be overcome, your comment is childishly ignorant.
So, what I'm hearing is that we seem to have found molecular level reconfigurable matter with this graphene bilayer stuff. Something like an atom-sized FPGA, which sounds ridiculously awesome.
I used to have suicidal thoughts some time ago but damn if science isn't exciting. As shitty as life can be we are improving on a more accelerated pace. For a long time I have been having a very positive life, you should always find something that excites you and incorporate it into your life values.
Fathergamer23 just hang in there fam, give science some time. Almost everything we have right now appeared less than a century ago, yet we’re so impatient to see more within our lifetime. Imagine the generations that had to live in a “slow paced” life before us, yet within a couple decades we’ve done so much (relative to our predecessors).
Another round of graphene? I got hyped by it in beginning of the last decade. We would start to talk seriously about graphene the day we would be able to mass produce it while be able to keep it's insane property. Without that it's nothing else than a niche and a sci-fi thing
So? It will be some day. Do you know how long the LED was in development for example? Decades! And now they are everywhere and cost barely anything. These things take time.
Here is the answer, of course more methods will be found. : ) With large machines, we can now scale up Flash Graphene fast and cheap enough. ua-cam.com/video/hKIqgD-Aeds/v-deo.html Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
I love the ad that precedes this video where the old blister tells us that the big problem with writing isn't the lack of talent, but being interrupted.
Two things. 1) I'm curious if any element that's flattened to 1 atom thick with the sheets spaced 1 atom appart at the appropriate angles could replicate the effects of this graphene. 2) Someone needs to put a gravitational field sensor on this experiment since a lot of fundamental forces seem to be getting tweaked here. Wouldn't want to miss the breakthrough of lifetime if it is there.
what's the point of your comment? trying to show that you know something? sometimes it's good just to keep it for yourself. In the video it wasn't only talking about material's super-conductivity, and you know that. Keep all the negatives thoughts and criticism for something else.
Ben St the point is that why would you make such a big deal about graphe being superconductor in -270 when regular copper is much closer to becoming room temperature superconductor than graphen at this moment. On top of that what is point of your comment? I at least gave someone some knowledge yours did nothing 😂
TEC Man I don't need to do research to know that, they even say that in the video. I was talking specifically about super conductivity properties, end of story
@@owczar33 Copper is rare, regid and expensive, graphene is made out of carbon which is extremely common, very malleable and can fit in almost anything, and ridiculously strong. So yes if they can make room temp graphene SC then yes it will be way more useful then copper in every conceivable way.
hello you mentioned THREE of our favorite ideas but only mention TWO ... graphene + superconducters ... and allow me to add SUPERPOSITION ... and the TWIST was to be anticipated
Love this report. It would be nice if you tell us the dates of these discoveries and the next studies/tests. Knowing the time between these would help us know how long it takes from one discovery to the tests or the next steps and who does it get handed off to next. Just a suggestion. I guess I'm not too patient with the next steps. I'm hoping these discoveries will get more scientists and engineers involved so it gets developed much sooner. Quantum computing needs to happen faster.
As a superconductor at 3K graphing is far behind a lot of known substances that can super conduct in temperature around 70K that is over 20 times higher than graphing.
Alright I gotta read into this... I do know tho that it should have to do with the behavior of Bosoms when cooled and under current, I read a few articles about experiments with that and think it could have to do with that
Though we should remember to continue to be creative at a whole other level of good innovation, such as about Graphene and Quantum Technologies. Check here for even more ideas. : ) Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
when I heard about it several years ago, i knew right then it was going to be the thing that would be the next revolution in all of the things. I'm still convinced graphine can be used to make the space elevator possible.
It's spelled Graphene, the difference between Graphite is Graphene that is made from it. Graphite = 3D material becomes Graphene 2D material. And I agree about the Space Elevator, imagine using Anti - Gravity with it. Check my other channel's playlists, check everything. We can actually make one now, large machines can be made to scale up Flash Graphene fast, and cheap enough. Check for a video on that in my playlist called "Videos with important info to get around my channel", the link is in this comment. Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
I don't think a lot of people understand just how difficult and time consuming it is to develop new materials and concepts. Graphene is still a new material and, like she said in the video, there's still a lot we don't understand about it or how it does what it does, not to mention we don't even know how to effectively mass produce it. We can't just put something on the market if we don't even know how it works. Besides, it was never on the market, so really nobody's lives should be so apparently affected by its absence. But if pointlessly bickering and flailing makes you happy, go off sis 🤷♂️
It's an honest admission of ignorance. Stuff happens when we align at this particular angle, but we don't have a clue why this particular angle so we call it "magic" angle.
When you said it is slightly twisted and some areas superconduct and others resist. Put me in mind of polarized light when slightly twisting a plastic sheet. Is there a link, no idea, but that was the image created in my mind when she spoke about this.
everytime seeker makes a video about graphene you all flock to watch this nonsense which has absolutely no effect on your life whatsoever. There are many different super materials which have uses in the science world, yet which are impossible to commercialize. Graphene is a UA-cam topic which generates views
Kenny Groth Source for these super materials? Btw, not defending Seeker or the Graphene Hype train, I am just skeptical of your claim. I would assume some materials even have a very limited use if it cant be commercialized, which is largely economies of scale and not because of use itself.
Bc in your world we are only interested in the commercial use of science and none of us are interested in the science itself... I propose this says more about you than about us... hugs from sweden
@@twenty-fifth420 Super conductors have been around for a while (since the 1920's) but the reason why you won't see them in consumer applications is because they require extremely low temperatures and an extremely strong electric field. People like you and me won’t be able to achieve such low temperatures in your home. Even (boron)-doped diamond which is pretty much 3D graphene can be a superconductor at 4K. And did I mention cooling something to extremely low temperatures is insanely energy intensive? en.wikipedia.org/wiki/Superconductivity#/media/File:Timeline_of_Superconductivity_from_1900_to_2015.svg
A good replacement source for graphene, is hemp carbon. The waste from hemp plants, leftover from production of hemp can be made into nano sheets for supper capacitors.
@Blaster George ok, doughbag. As in “look at all these doughbags I made pimping out yo mama”. Now go home, get dressed properly, and get your fuc&ing shine box!
I'm after graphene since 2010 and try to get as much information as possible, but sadly its really hard to get some reliable stuff. I think to further boost the interest of the public in this magical material and other scientific innovations, there schould be a platform open to everybody with a section where scientists can post all their research and a section where everybody can suggest stuff. The scientists then can get new ideas from all people and not just academics. Sometimes people can be really smart without an academical career. I wanna see more of that what awaits us and im really into that kind of stuff ... I'm talking about graphene since it was made public and everybody is allredy annoyed by my nerdiness there :)
so basically they took those layers, identifying the nodes, then using those nodes, made a three dimensional solid. The same concept can be used when understanding the second dimension.
Hii! There is a report on nanostructured based gold silver composite that exhibited Superconductivity at ambient temperature and pressure (room temperature and pressure) This was carried out at IISC, Bengaluru, India. It could be great if you could make a video on that also as there were lots of questions raised in their initial pre-print version submission which probed the research team to perform more experiments to validate the observation
Actually we need to learn to think at a "whole other level" of "good" innovation, with Graphene and Quantum Technologies. : ) And so the 2 best words at the time, would be Graphene and Quantum Technologies. With large machines, we can now scale up Flash Graphene fast and cheap enough. ua-cam.com/video/hKIqgD-Aeds/v-deo.html Graphene playlist. ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html Videos with important info to get around my other channel. ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html All the playlists on my other channel. ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Hi Seekers, thanks for watching! Want more on graphene? Check out this video here: ua-cam.com/video/5YwZgrF0w0w/v-deo.html
Mary xmas and hapy ny😀
In your research, did it mention if they tested multiples of that rotation? I’m curious if this is due to some sort of standing wave.
@@XITIJTHOOL Pack youself and visit me ................
Graphene + Solid State Batteries = Life like we’ve never imagined!!!
We need to get the energy from the lighting in the sky with this some bolts give off 1 bill volt of energy that is a lot
Rock, Copper, Bronze, Iron, Graphene
You forgot paper and scissors :-)
Forgot all the precious metals used in computers and noble gases and plastic and laser systems and the list goes on.
Forgot silicon.
Forgot about dre
@@ethank.6602 - Dr. Dre is important in the age of computers.
Graphene can do many amazing things... except leaving the Lab
Novel Nouvel can do many things...
Except make original comments
@@pickledirick8338 yep i steal it.. but from a video about in-lab grown meat that have real meat texture.
Year 2050, Scientists are very close to unlocking graphene technology....
daaaaamn straight!
Col Mercer year 2100
first prototype graphene tech launched
so weird how many things that can be created by just chaning the shape and state of atoms
yes if we only could
That's the entire description of biology right there.
But graphene stays in the lab
@@aleksandersuur9475 And physics, and chemistry. It really is lego all the way down.
@@colmercer3315 Until we gain the ablity to mass produce it, it's not used in many applications yet because it's hard and energy intensive to create, god you morons who say this garbage need to stfu.
Graphene sounds like real life vibranium....so cool.
It is basically
they should just rename graphene vibranium just for the sake of our childhoods :)
@Megan McCarthy King not bcuz it isnt and also not as rare and very different for its structures
With large machines, we can now scale up Flash Graphene fast and cheap enough.
ua-cam.com/video/hKIqgD-Aeds/v-deo.html
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Waiting for graphene batteries on smartphones
There’s already Graphene in smartphone batteries, ~ Samsung.
See you in 2050 when they finally come out
Col Mercer until they can’t make anymore money on lithium-ion batteries they will start Graphene.... ^ seems about right.
@@lasarith2 Assuming the lithium industry will allow graphene to take over their marketshare.
Isn't the p40 supposed to use graphene in its battery?
Graphene, C,mon everybody, ... let do the twist again like we did last summer, yeah let’s twist again like we did last year...
Exactly, they always mislead and say something is coming but it never actually gets put out.
You realize it's hard to produce and all right? It won't be out anytime soon yes, but it will eventually be in everything once we figure out how to mass produce it, I mean look at microchips, it took us a while before those became a major part of society
@@peppermintthegoodgoblin3795 Don't feed the hopeless doomers. If they can't have it now, it is irrelevant.
@@dollaz4647 remind me how we got to transistors again?
@@dollaz4647 watch Vox's video on why graphene hasn't taken over the world. Eh nvm I'll do the TLDR. It is hard for new tech to become popular because it has to work as good or better than the old tech, which is hard considering that new tech tend to be expensive, clunky, large, etc etc.
Based on just two layers, molecules could be arranged to form an entire circuit board having all the properties of many electronic components. Moving atoms individually to make each component would be the hard part ;-)
maximosh magnets that can switch of and on. booom
Humans : * use graphene to draw useless things on paper *
Alien : 🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️🤦🏼♂️🤦🏽♂️🤦🏽♂️🤦🏽♂️
I think youre talking about GRAPHITE,,,not graphene
what is this guy talking about
These kind of videos make me want to be an experimental physicist even more! And the narrator is beautiful.
Graphene can have many applications in future and it's very interesting to see it works on low temperature.
What else could you "twist"? This is crazy shit, never cease to amaze me what these guys find
Fascinating
Mega interesting
Superb
Awesome
Mind-blowing
Uber erotic
It protecc
It attacc
But most importantly...
Magic angle graphene is bacc
Just Some Bigfoot With Internet Access Found you in different channels hahaha
But most importantly...
It never leaves the labb
Lame meme is lame.
Most importantly... it conducc
Ok here you go.
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Details are in the temperature. Properties change with all material near absolute.
Maren Is back🤗🤗🤗🤗🤗
Hellllll yeah!!
Don't leave us again Maren...You make Seeker interesting
@Maren Hunsberger will you marry me already?!
Nooowhh Maren !!!!!!
@@mdc4runner Check here.
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Btw @mdc4runner ... I've seen you in a video game recently.
We can scale up Flash Graphene fast and cheap enough now with large machines.
ua-cam.com/video/hKIqgD-Aeds/v-deo.html
“Two of our favorite words...” I was low key expecting black holes to come up haha
You might really enjoy this video. Check out the info provided in the video for the year 2050 and up.
ua-cam.com/video/uCmPgTpNPKA/v-deo.html
Check out my Alcubierre - Froning Warp Drive playlist.
ua-cam.com/play/PLAUtk-Q2DF7z-5wWCLg3fZkQKognSFjwE.html
Gravity / Anti-Gravity playlist.
ua-cam.com/play/PLAUtk-Q2DF7xNy8sg6x9r14uVd1NWelqI.html
Large machines to make Flash Graphene and to scale it up faster, and cheap enough. See it can now be done.
ua-cam.com/video/hKIqgD-Aeds/v-deo.html
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
All the playlists on my "other" channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Videos with important info to get around my other channel.
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This is cool. When I was in grad school, graphene was big. I knew they had high electron transport, and suspected they could be used for superconducting. Glad to see that this panned out!
Transparent superconductor Maren voice physics is incredible, a little twist too, makes it fun.
This is amazing.
3 kelvin for a graphene superconductor is a massive step.
Can't wait to hear more about the research regarding this.
Carbon is awesome, it's crystalline forms are the best ones, it's used in every living thing in the planet as the basis. I'm sure there are more ways that carbon is useful that we're yet to discover.
Yet we're preached to every day that its destroying the planet. Hmm
@@ravencole2740 dont be this stupid please.
@@ravencole2740 carbon and carbon dioxide are two completely different things
@@cyn1103 Yes, carbon dioxide is one carbon atom with 2 oxygen atoms attached. That's how they're different.
@@ravencole2740 lmao are you fr
Another great video by my favorite narrator. Really enjoy her charge personality and the way she articulates herself. She seems to really dig and in understand what she's sharing and that really stands her apart. Great job and thanks again for sharing such future impacting information.
Is it just me, or would funding more research be easier if production was a primary focus? If you can put it into the hands of builders, metallurgists, textile manufacturers, etc. enlightening them on how their industries can benefit from it, they'd be more receptive towards funding research or would fund it through their purchases of the graphene itself.
That's what these videos are for. Getting the word out and raising awareness. Some kid or teen will show this to their engineering dad or mom and the ball will roll.
Nah industry too greedy to invest in absolutely new infrastructure. Let it go by itself, moorse law coming to an end and for all the other tech its barely changing, people notice it. Soon companies will have to invest into inovating to survive concurrence. If companies like samsung can invest hundreds of billions into improvement of their chips then others should invest just as much into graphene batteries, solar pannels, circuits, displays etc. One day, just dont die till then
@@erikasl.7050 Yup, we need economic incentives to change in order for major technological adoption changes to occur. This is why I am for Andrew Yang. Yang2020.com
Or would figure ways out themselves, a whole lotta brilliant minds out there
@@ashyosings5089 No, it would just get lobbied against, bought up and buried. Too many corporate interests at play that are interested at maintaining the status quo. The incentives of our nation needs to be changed in order for real change to happen, new technology to be adopted and integrated in the benefit of humanity as a whole.
Makes sense, think double helical in a seed of life pattern. Two sets of trinity (three rings makes one trinity) makes one whole seed. Let's say one trinity is negative charge. (Three rings of negative trying repeal from each other). The other trinity (does the same as the negative trinity) is positive charge. So the whole thing is neutral seed. Graphene being stacked is in neutral state. The twist is the off set that causes the push or pull to react. Like one trinity of neutral with one negative (or positive)trinity. That gives use the positive (or negative)seed.
I swear, graphene can do EVERYTHING
Except leave the lab.
Here you go. : )
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
I'm still waiting for my graphene rechargeable "batteries." Almost instant full charge and days of power!
The Dawn of 2020 Decade
Year 2030, scientists are very close to unlocking graphene technology.....
2020 AD isn't real. It's 12020 HE.
It’s the dusk of 2010 decade.
Magic, nothing is magic only the ideas we can apply of abstract are reality, many today's technologies were once thought impossible and magicccckkkkk!.
I hope the scientists would make a practical use of graphene soon, the media had hyped up this graphene phenomenom since years ago but i haven't actually heard it being use for practical purpose
Such is the nature of progress.
They had zero use for lasers when discovered. Look at lasers now. It might take 20 years, but boy at least they know it’s useful. Samsung have announced a graphine battery that will literally change the world and mobile phones, you can charge up in minutes with 3x the capacity. That’s now in 2020. Imagine in 10 years!
Wow, curiosity mixed with science = magic. Thanks for this concise and exciting report!
I thought I saw a quantum cpu in the thumbnail
That’s just how they super cool things. Most of the quantum computer is the cooling system.
We can make large machines now to scale up Flash Graphene, in space "with a structure to control the carbon atoms from flying around fast in space", and another set of machines on the Earth to make Flash Graphene. It can now be done, and more methods will come later.
ua-cam.com/video/hKIqgD-Aeds/v-deo.html
We are starting to learn new materials "2D materials" at the atomic level (one - layer thick of carbon atoms such as Graphene), and the average person understands the Quantum level.
Now put it together, you get Graphene and Quantum Technologies.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
All the playlists on the channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
Be sure to check out Graphene and Quantum Technologies on my other channel.
And don't forget to check out everything on my other channel! No cherry - picking through the videos, no skipping through videos, no skipping the videos for specific types, and no skipping playlists! Don't forget to check out the articles in each playlist description, but please do that "after".. you watch all the videos from top to bottom in that order, in each playlist.
Literally look at all the playlists, please.
Graphine is so cool. I am already thinking of ways to use this new "twited" version. Imagine a car made of graphite. I know, we already have those. But now imagine one with no wires. If this twisted version can be a insulator and a conductor and as they clame it can do other things as it just depends on what type of current you run through it. Then we can make devices with no wires in it at all. I am just amazed at this stuff.
Looks like we are gonna get our wakandas element...
Ya that's basically what graphene is lol.
Its so unfair with this brilliant channel to have a mere 4.28 m subs. Always providing us quality information in an enjoyable way at no cost
I propose a new kind of scifi genre: "CARBONPUNK", or "GRAPHENEPUNK" (we'll think of the marketing later) there, so start writing...
lol
Graphenepunk 2077, stands for the release date of first device with graphene in it kekw
Heavy metal, Light graphene
I accidentally turned my freezer to near absolute zero. My electric bill got pretty high.
"...microscopic world,..."
did you mean: "nanoscopic world"?
Maren, GLAD you're back.
SO: Spray graphite dry lube on a cardboard square and place it under a light bulb for an hour. Then stick packing tape over it and pull apart and Instant Graphene! Fold it over twice and run over it with your car. Magic angle Graphene....Got it!
Don Ogoobo wtf?
@@GreenCaulerpa (Sarcasm)
they make it look like making graphene is easy
Hunnaid 7777 Making Graphene is actually easy. I have several grams at home in the form of graphene oxide and rGO. The major challenge is making sheets of defect free (pristine) graphene not graphene itself. You wouldn’t beliebe how many ways there are to synthesize graphene at gram scales without much effort (for example microwave or electrochemical exfoliation. But graphene is mostly just impressive at nano and micro scale once in macro scale its mostly unsuitable for most things except for electronic and electrochemical applications
@@GreenCaulerpa lol u trying to act smart gtfo
The average location of an electron and the 60 degree angle of the graphene lattice are going to prove instrumental in the high conductivity property of graphene twisted at 1.1 degrees. Being able to traverse the lattice is effortless when the electrons cannot tell which proton they belong to. I think.
Superconducting at 3 K? That’s definitely not an achievement.
Graphene sounds like the new plastic: so useful and so convenient for so many things that we may not take a pause to ponder if there is a bad side for it. I mean, if there is so much to still understand and we don't know there also could be some downsides. Hopefully we learned the lesson.
"magic angle twisted bilayer graphene"
>twisted at a magic angle of 1.1 degrees
_looks at protractor_
Hopefully Graphene's cost in the future and utility propel it's actual use as opposed to the past decade where it was used only in niche areas solely due to it's expensive cost vs silicon.
I love maren hunsberger explanations
You can make a transistor with it. Use a piezo device to offset the rotation, using a signal, and just hook a speaker and a battery up to the graphite. Should make a super efficient amplifier.
Sorry but should I be the one who says it? ... Should I say it? ... Should I? ... okay, FINE ... "Graphene can do everything, except leave the lab" still.
Good video though!
😂
Only because they haven't gained the ability to mass produce it yet, just like with every technology that has come it has issues that need to be overcome, your comment is childishly ignorant.
@TEC Man Not surprised all new technologies start off insanely expensive and get better as the market starts distributing it out to everyone.
The magic angle is a precisely defined angle, the value of which is approximately 54.7356°. So authors should use this term carefully.
She's wearing a *pOop* sprinkled in candies.
I KNOW RIGHT!?
It would've cost you $0 to not say this.
@@naveendukiya8552 EXACTLY!
So, what I'm hearing is that we seem to have found molecular level reconfigurable matter with this graphene bilayer stuff. Something like an atom-sized FPGA, which sounds ridiculously awesome.
I used to have suicidal thoughts some time ago but damn if science isn't exciting. As shitty as life can be we are improving on a more accelerated pace.
For a long time I have been having a very positive life, you should always find something that excites you and incorporate it into your life values.
Indeed
Get closer to Islam, and you'll see the peace that your heart will get
Fathergamer23 just hang in there fam, give science some time. Almost everything we have right now appeared less than a century ago, yet we’re so impatient to see more within our lifetime. Imagine the generations that had to live in a “slow paced” life before us, yet within a couple decades we’ve done so much (relative to our predecessors).
@@ishouldbestudying251 thank you means a a lot your a good person thanks for caring i wish you joy for rest of your life
Fathergamer23 sorry meant to comment on OP
Another round of graphene? I got hyped by it in beginning of the last decade.
We would start to talk seriously about graphene the day we would be able to mass produce it while be able to keep it's insane property. Without that it's nothing else than a niche and a sci-fi thing
Remember when graphine was dubbed the material of the future in the early 2000's....
So? It will be some day. Do you know how long the LED was in development for example? Decades! And now they are everywhere and cost barely anything. These things take time.
@@Lumio_91 exactly
2000s was carbon nanotubes
Here is the answer, of course more methods will be found. : )
With large machines, we can now scale up Flash Graphene fast and cheap enough.
ua-cam.com/video/hKIqgD-Aeds/v-deo.html
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Her necklace is even more fascinating!
Is that a Runts candy string on her neck or am I just high rn?
Good Spoonerism
You are high. I have spoken.
I'm higher, I'm still hovering over the World Trade Center twin towers
@@da_vincis4881 okay since you said so lmao ( as I take bong hits )
Both both. (two people)BOTH
I love the ad that precedes this video where the old blister tells us that the big problem with writing isn't the lack of talent, but being interrupted.
i wanna eat that necklace 😐
@Dave P. candy and birds dont mix 😐 you know that right?
@Dave P. sorry..my concentration was just below it..I apologize from depth of my heart 🙏
She's wearing a *pOop* sprinkled in candies.
So do I
@@moedalgarny my blender says otherwise
Two things.
1) I'm curious if any element that's flattened to 1 atom thick with the sheets spaced 1 atom appart at the appropriate angles could replicate the effects of this graphene.
2) Someone needs to put a gravitational field sensor on this experiment since a lot of fundamental forces seem to be getting tweaked here. Wouldn't want to miss the breakthrough of lifetime if it is there.
It's cool that it can change its states, but even regular copper wire dipped in liquid nitrogen (-196C) is already a superconductor
what's the point of your comment? trying to show that you know something? sometimes it's good just to keep it for yourself. In the video it wasn't only talking about material's super-conductivity, and you know that. Keep all the negatives thoughts and criticism for something else.
Ben St the point is that why would you make such a big deal about graphe being superconductor in -270 when regular copper is much closer to becoming room temperature superconductor than graphen at this moment. On top of that what is point of your comment? I at least gave someone some knowledge yours did nothing 😂
owczar33 oh boy what a child.
TEC Man I don't need to do research to know that, they even say that in the video. I was talking specifically about super conductivity properties, end of story
@@owczar33 Copper is rare, regid and expensive, graphene is made out of carbon which is extremely common, very malleable and can fit in almost anything, and ridiculously strong. So yes if they can make room temp graphene SC then yes it will be way more useful then copper in every conceivable way.
Hey seeker. I love your channel. It is always exciting the crap out of me every video you post. Awesome job!
Her intelligent makes her beautiful
That 3 kelvin is a real deal (and heart) breaker. That is so freaking close to absolute zero. C'mon universe, let us have a jackpot!
*Nuclear fusion, Graphene , Quantum Computers, Hyperloop. God I born bit early.😥😥😥*
Super excited when we improve the "magic" materials ty guys!!!
Graphene will replace muscles one day, and the need for Gears !
Lol so true
Maybe in the year 3069.
@@n3gi_ you for get we keep doubling, every year and scientist as Well.
Hungry scientist , hahaha
Glad you care!
@@sagarwankhede1310 You Sir are a Visionary !
hello you mentioned THREE of our favorite ideas but only mention TWO ... graphene + superconducters ... and allow me to add SUPERPOSITION ... and the TWIST was to be anticipated
omg remove those beeping noises in that background music
Love this report. It would be nice if you tell us the dates of these discoveries and the next studies/tests. Knowing the time between these would help us know how long it takes from one discovery to the tests or the next steps and who does it get handed off to next. Just a suggestion. I guess I'm not too patient with the next steps. I'm hoping these discoveries will get more scientists and engineers involved so it gets developed much sooner. Quantum computing needs to happen faster.
Maren♥️
As a superconductor at 3K graphing is far behind a lot of known substances that can super conduct in temperature around 70K that is over 20 times higher than graphing.
It’s a good thing this is simultaneously surprising and exciting, because the hosts’ “eyebrows” make any other emotion impossible.... 🙄🙄🙄
Every small step creates a huge ripple in a vast ocean of technology and science
Alright I gotta read into this... I do know tho that it should have to do with the behavior of Bosoms when cooled and under current, I read a few articles about experiments with that and think it could have to do with that
I think you meant "bosons".
Nah it's Jesus
"Bossoms"?
@@craigcorson3036 🤣
Nice transformation with the ponytail
Lmaoo why does she have a nerds rope around her neck 😂😂😂
Graphene and the flux capacitor are my favorite sci-fi technologies.
Though we should remember to continue to be creative at a whole other level of good innovation, such as about Graphene and Quantum Technologies.
Check here for even more ideas. : )
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
I love how she talks more than magic
what
@@Blockistium nut
@@martyrd0m thanks im even more confused now
@@Blockistium box
@@Blockistium lol
when I heard about it several years ago, i knew right then it was going to be the thing that would be the next revolution in all of the things.
I'm still convinced graphine can be used to make the space elevator possible.
It's spelled Graphene, the difference between Graphite is Graphene that is made from it. Graphite = 3D material becomes Graphene 2D material.
And I agree about the Space Elevator, imagine using Anti - Gravity with it. Check my other channel's playlists, check everything.
We can actually make one now, large machines can be made to scale up Flash Graphene fast, and cheap enough. Check for a video on that in my playlist called "Videos with important info to get around my channel", the link is in this comment.
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
Excited for graphene but the statement remains true graphene can do anything but get out the lab lol.
Please keep making content on the magic angle. This type of bleeding edge science is so fascinating. Thank you, trolls can go suck it. 🤯
Graphene condom
no
@N S y? U shooting blanks?
Great video. Well presented and gets straight to the point no time-wasting.
I think Raid Shadow Legends could use this graphene stuff
Looks extremely promising! May be the holy grail of materials we will see!
Doesn't anyone have something valid to say other than "First" ??
4729th
I don't think a lot of people understand just how difficult and time consuming it is to develop new materials and concepts. Graphene is still a new material and, like she said in the video, there's still a lot we don't understand about it or how it does what it does, not to mention we don't even know how to effectively mass produce it. We can't just put something on the market if we don't even know how it works. Besides, it was never on the market, so really nobody's lives should be so apparently affected by its absence. But if pointlessly bickering and flailing makes you happy, go off sis 🤷♂️
i did not liked the overuse of the word "magic" in something considering science .
It is magic, the God particle causes it
technically, all things science are once magic to primitive people
@@Vekcrazah there is and the "we do not know it now " excuse .
Sana omar wha
It's an honest admission of ignorance. Stuff happens when we align at this particular angle, but we don't have a clue why this particular angle so we call it "magic" angle.
When you said it is slightly twisted and some areas superconduct and others resist. Put me in mind of polarized light when slightly twisting a plastic sheet. Is there a link, no idea, but that was the image created in my mind when she spoke about this.
everytime seeker makes a video about graphene you all flock to watch this nonsense which has absolutely no effect on your life whatsoever. There are many different super materials which have uses in the science world, yet which are impossible to commercialize. Graphene is a UA-cam topic which generates views
Kenny Groth Source for these super materials?
Btw, not defending Seeker or the Graphene Hype train, I am just skeptical of your claim. I would assume some materials even have a very limited use if it cant be commercialized, which is largely economies of scale and not because of use itself.
Bc in your world we are only interested in the commercial use of science and none of us are interested in the science itself... I propose this says more about you than about us... hugs from sweden
I'm just curious if they said anything about the commercial cost,they did not.
@@twenty-fifth420 Super conductors have been around for a while (since the 1920's) but the reason why you won't see them in consumer applications is because they require extremely low temperatures and an extremely strong electric field. People like you and me won’t be able to achieve such low temperatures in your home. Even (boron)-doped diamond which is pretty much 3D graphene can be a superconductor at 4K. And did I mention cooling something to extremely low temperatures is insanely energy intensive?
en.wikipedia.org/wiki/Superconductivity#/media/File:Timeline_of_Superconductivity_from_1900_to_2015.svg
A good replacement source for graphene, is hemp carbon. The waste from hemp plants, leftover from production of hemp can be made into nano sheets for supper capacitors.
Please get her dressed properly! Please
@Blaster George why don’t you just man-splain it all to us some more first, Dipshit?
@@mdc4runner fill in the gaps please dou...bag!
@Blaster George ok, doughbag. As in “look at all these doughbags I made pimping out yo mama”. Now go home, get dressed properly, and get your fuc&ing shine box!
@@mdc4runner =)). Touche bro!
I'm after graphene since 2010 and try to get as much information as possible, but sadly its really hard to get some reliable stuff.
I think to further boost the interest of the public in this magical material and other scientific innovations, there schould be a platform open to everybody with a section where scientists can post all their research and a section where everybody can suggest stuff. The scientists then can get new ideas from all people and not just academics. Sometimes people can be really smart without an academical career.
I wanna see more of that what awaits us and im really into that kind of stuff ...
I'm talking about graphene since it was made public and everybody is allredy annoyed by my nerdiness there :)
IDK but I don't like her as she is way too much acting...just look at her face while she's speaking
Ooooo The world is fake my friend.Dont trust anyone.
Fu k her man, check out the content
BUT HER BOOBS ARE Nice
I don't like the way you write things. Like, you don't know proper English, or something.
Yeah and she talks with her hands too much.
so basically they took those layers, identifying the nodes, then using those nodes, made a three dimensional solid. The same concept can be used when understanding the second dimension.
If graphene ever gets produced in consumer electronics it would be a game changer. Having graphene circuit boards would be thinner than printer paper
Hii!
There is a report on nanostructured based gold silver composite that exhibited Superconductivity at ambient temperature and pressure (room temperature and pressure)
This was carried out at IISC, Bengaluru, India.
It could be great if you could make a video on that also as there were lots of questions raised in their initial pre-print version submission which probed the research team to perform more experiments to validate the observation
I'm an engineering student at UW Madison and am considering switching to material engineering specifically for graphene
Two great word Graphene and super conductors, great video!
Actually we need to learn to think at a "whole other level" of "good" innovation, with Graphene and Quantum Technologies. : )
And so the 2 best words at the time, would be Graphene and Quantum Technologies.
With large machines, we can now scale up Flash Graphene fast and cheap enough.
ua-cam.com/video/hKIqgD-Aeds/v-deo.html
Graphene playlist.
ua-cam.com/play/PLAUtk-Q2DF7wXgENPNkvc5JXH5ocia_Fo.html
Videos with important info to get around my other channel.
ua-cam.com/play/PLAUtk-Q2DF7xsjVfESM1sqZdkHJYRw--j.html
All the playlists on my other channel.
ua-cam.com/channels/B9ezXYprgvhMaPWLhyoJ7A.htmlplaylists?view=1&sort=dd&shelf_id=0
When they solve the puzzle of how graphene becomes superconductive there will be a genesis of fresh ideas in physics. It will be interesting to learn.
She's my favorite Seeker!