Goodbye Graphene?! Introducing Borophene, The New Wonder Material!
ฝัง
- เผยแพร่เมื่อ 30 มี.ค. 2022
- Covering the topics of Graphene, Borophene, Wonder Material, New Wonder Material, and more!
Don´t forget to leave your comments below and to support the channel by liking the video and subscribing. Thanks!
Subscribe To The Tesla Domain ➡ bit.ly/2ECNiWk
WATCH NEXT 👇
✅ The Reality of Graphene | The Long Called Wonder Material
• The Reality of Graphen...
🔥 RELATED VIDEOS:
✅ Tesla Comes Close To 4680 Battery Production While Closes HUGE Battery Deal!!!
• Tesla Comes Close To 4...
✅ These New Perovskite Solar Cells Can Revolutionize The Energy Industry!!
• These New Perovskite S...
✅ This Startup Is About To Revolutionize Hydrogen Storage For EVs!!!
• This Startup Is About ...
✅ GAMECHANGER!! Watch Out For This 100% Silicon Nanowire Battery Tech!!
• GAMECHANGER!! Watch Ou...
✅ This Startup Is Taking HUGE Steps For Scaling Up Its NEW Lithium Metal Battery!!!
• This Startup Is Taking...
Graphene has been in the limelight for its unique properties. For example, it is harder than diamond but more elastic than rubber, and stronger than steel but lighter than aluminum. But what if we say that there is a material that is even stronger and has the ability to push Graphene out of the limelight? This material is called Borophene. And in this video, we are going to dive deeper into this topic and understand why Borophene is the new wonder material now.
2D structures are becoming increasingly attractive in materials science due to the many possible applications. Among them is graphene, a very strong and flexible 2-D carbon allotrope with excellent thermal conductivity. It is shaped like a honeycomb one atom thick, hexagonal in shape, and has semi-metallic properties. It was discovered in 2004 by Geim and Novoselov, both professors at the University of Manchester, and received the 2010 Nobel Prize in Physics.
But there's amazing new material on the block. Like graphene, it is only one atom thick. And while graphene is made of carbon, this new material called borophene is made of the element boron. It was first synthesized in 2015 and since then scientists have discovered that it is even stronger and more flexible than graphene.
A study on the use of the material, published on digital academic platform Arxiv in March 2019, cataloged its potential applications, including hydrogen storage and higher-performance lithium-ion batteries - applications that could be critical in an electric-vehicle-dominated future. Because it is more flexible than graphene, it can also be used in flexible electronics; The researchers also speculate that the capabilities of the borophene as a superconductor mean it could be used to make next-generation wearables, biomolecular sensors, and even quantum computers.
We will see a few applications later in this video but before that let’s have a brief look at these two materials one by one. Let’s begin with Graphene.
___________________________________________________________________________________
🤩 The Tesla Domain is the Number 1 channel to go when you want to be up to date with the latest Tesla news, rumors, and insights. Covering everything related to Elon Musk, Tesla, Space X, The Boring Company, Neuralink, Hyperloop, and the EV industry as a whole! We post videos about every Tesla vehicle, including the Cybertruck, Model 3, Model Y, Model S, Model X, Semi, Roadster, and all the other upcoming EVs from different car manufacturers!
___________________________________________________________________________________
🥸 Disclaimer: All the information provided on this channel and/or videos is of general nature and for entertainment purposes only, and you should use it as a place to start your own research. All reasonable efforts have been made to ensure the accuracy of the information provided, working with sources that we believe to be reliable, but subject to change at any time, without notice.
___________________________________________________________________________________
🗣 Copyright Disclaimer: Section 107 of the U.S. Copyright Act states: “Notwithstanding the provisions of sections 106 and 106A, the fair use of a copyrighted work, including such use by reproduction in copies or phonorecords or by any other means specified by that section, for purposes such as criticism, comment, news reporting, teaching (including multiple copies for classroom use), scholarship, or research, is not an infringement of copyright.”
This video could contain certain copyrighted video clips, pictures, or photographs that were not specifically authorized to be used by the copyright holder(s), but which we believe in good faith are protected by federal law and the fair use doctrine for one or more of the reasons noted above.
For copyright issues or business inquiries please contact us at successpillyt@gmail.com
#elonmusk #tesla #thetesladomain
WATCH NEXT 👇
✅ The Reality of Graphene | The Long Called Wonder Material
th-cam.com/video/GRaGknVtVTk/w-d-xo.html
I think that it is Awesome how you treat the viewer as an uneducated child, with the color additions to symbolic representations that have already been shown in monochrome so as to attempt an impartation that something has changed molecularly, AND how you use a lot of moving graphics to keep the viewer completely distracted from what is actually being said, instead of using Actual Electron Microscope images of the different materials to utilize for demonstration purposes in order to make whatever point that you are attempting to push upon the viewer, OH, and let's not forget the quick flash by of the dumbfounded White guy that looks completely oblivious to whatever you are saying because, well, Anti-Whitism, as he is White and clearly unable to comprehend anything beyond one syllable words.
Good Job.
You are absolutely in touch with the Anti-American, loony leftist, Socialistic/Communist, dastardly deviant, demented democraps propagandist agenda on how they have Dumbed Down the American Student in the Public Screwal System !
Garbage video.
This video is more like an ad than informative.
I should have waited till the video was over, it is an ad. Nice job covering that up.
Graphene is already being produced at scale so that info is way out of date. Flash graphene, named after the process of producing it, is already in commercial production.
I sure am looking forward to hearing about how borophene is the way of the future for the next 20 years!!!
@@someguy782 40 years later and the number doesnt change lol
Then 20 years down the line we'll hear about an even more wondrous Silicophene!
Another phene that will be the best at NOT leaving the lab.
You non-believer in our newest "whateverthefuck"-phene! Jokes aside, yeah. It's probably not going to go anywhere along with graphene.
the sarcasm came through beautifully. 😀
It won't truly be a "wonder material" until it can be inexpensively produced in large quantities.
in a capitalist economy there will never be such a thing: desirable and low cost.
@@mereveil01 Imagine if we could just reset our economy every 10 years or something. Inflation and deflation are a pain.
@@ghostagent3552 in fact, inflation can be fought by gross interior product. More so than high interest rates...
I already bought some it s quite nice
@@mereveil01 There are plenty of products that until a few years ago they would have cost you an arm and a leg, or be straight up not available, because they didn't exist.
Just the usual idiot demonizing capitalism without actually understanding anything about economics. You didn't even get gdp right, gross interior product? It's gross domestic product you idiot.
And yea, higher standard and quantity of production are effectively deflation, but if you think you can fight current inflation with that, you are out of your mind. They won't raise interest rates above inflation as it would bankrupt the government though, you can thank welfare for that, for the enormous debt that is eating away the economy. Welfare spending is like 70%+ of total federal spending, healthcare, social security, those are all welfare programs, it's almost like it would be better to just pay for your stuff.... But who am i to say that, it's not like Singapore which has a system where they force you to save money for healthcare expenses has a higher standard of healthcare than the US for cheaper.... You could literally cut 50 % + of healthcare expenses just by removing obamacare and all it's administrative costs.
So much for capitalism... Seems to me that it's actually the left and leftist politics that cause problems, and then they blame capitalism. The story as it always has been.
Just gtfo, you're an embarrassment. Complaining about capitalism when it increased the standard of living of pretty much everyone.
I'm amazed every time one of your videos gets to my feed. Amazed that you are still pulling views despite your clearly unresearched topics and revolving door of "wonder materials" and "revolutionary batteries".
Totally understand your sentiment as same way I feel. But unless we create curiosities in general public, how can our youth and scientists generate the next stage of productions
The question of borophene now is:
Can it be produced at scale?
It just did.
@@mymimchannel6838 did i not catch it in the video or do you have a different source?
@@austrianfuck7450 I didn’t hear anything about it in the video either.
@@austrianfuck7450 i have some. I bought it.
Its probably already in the booster shots
Boron isnt found in nature in a pure state, unlike carbon, so maybe for specific high tech devices but I doubt it could replace graphene in hundreds of millions of car batteries assuming either can eventually be produced at scale.
Note: yes boron compounds are readily available but extra processing is needed to get boron pure enough to make borophene. Therefore unless it is much easier to make at scale than graphene I'm unsure the cost benefit analysis will work in Borophene's favor.
Boron is an extremely toxic element, perfectly fit the western agenda of depopulation too. OH, i forgot the electric car were discovered 200 years ago as well. So where are we now from within the capitalists running Imperialism company known as US ?
Rare as a primary commercial mineral. Perhaps could be recovered as secondary element (byproduct).
Turkey has %70 of world borons
@@josephkozak9642 boron nitrate is 17% boron and there is no natural occurring boron, unlike carbon. Extremely rare is for sure an overstatement on my part.
@@josephkozak9642 Elemental copper is found naturally.
Great video. Excellent editing. Unfortunately, the graphics are misleading. The editor needs a scientist to help sort the graphics.
Indeed, and to make sure the right words are used... Transistors have "gates", not "gaits"... 😄
@Jean-Claude Rainville Bu-but... some can _run_ at 5GHz, whereas others struggle to achieve 4.5!
Yea, that was horrible, please forgive me! 🥴
EDIT: I was also under the impression is was called Graphene on account of being made from *Graph*ite. Which is wiki page seems to corroborate:
_"The name is derived from "graphite" and the suffix -ene, reflecting the fact that the graphite allotrope of carbon contains numerous double bonds."_
i think arxiv might be pronounced archive.
@@gumstuckinmypocket I wondered if it was meant to be AR14 (Roman numerals?)
Hexa-gónnal ?
Per MegaKelvin?
If graphene is so difficult to produce as claimed in this video, I doubt it would be in use to strengthen concrete for buildings, a current application. Also, the earth has about 30 times more carbon than boron. Much of the carbon is available without having to mine, making it more accessible than boron. So graphene will be useful for a long time. “Goodbye” is premature clickbait.
The best concrete was already invented thousands of years ago... Roman concrete. No other concrete known gets stronger in seawater over the years... so it gets harder and harder the longer it exists till it's like pure stone.
Thank the vesuv
Flash graphene is easy enough to do at home. Large sheets are rather impossible
@@menotu000 problem is we don't know how to make it any more.
I think they figured out a way to pull carbon out of the atmosphere atom by atom so you can make large sheets easier.
i love how all the problems just get waved away. graphene oxidizes easily that's bad, borophene is highly reactive that good. oh, and borophene undergoes this never heard of thing it gets "harder" when bed over a given threshold, what will they call this work hardening maybe they call it plastic deformation who knows.
Another material also does that, retains strength through bending, even gets harder, not brittle. Nitinol, aka memory metal.
@@dr.robertjohnson6953 copper too. Work hardening actually isn't rare. Alot of different tie wires. I know the tie wire used in avionics work hardens so that locking nuts and bolts into place is solid
@@chucksauter1204 Um.. no. That isn't what work hardening is, exactly. When safety wire is used on aircraft bolt, it is twisted around the bolt so that it always pulling the bolt into the tightening direction, so it dosn't get loose.
Work hardening on the other hand, is something you definitely don't want. Copper wire is famous for its work hardening. You bend it back and forth a bit, and it gets very brittle. It doesn't make it any stronger. It weakens it significantly.
Nitinol, or memory metal, actually gets stronger. Its a special alloy of nickel/titanium that has many MANY uses. My eyeglass arms are made of the stuff. They just dont get bent out of shape. If they happen to get bent, putting them in hot water instantly puts them back in shape. Its an alloy that because of its structure, retains its shape. Look up its uses. It really is like magic.
@@dr.robertjohnson6953 it depends on what you mean by stronger. Copper or brass can be work hardened to make itself stronger in specific cases. Work hardening typically increases hardness and stiffness at the cost of being more brittle. So it retains shape better but doesn't absorb energy better causing it break.
@@Dudeinator brass can be work hardened, as if you compress it to much, it doesn’t bend and flatten like copper, it explodes through all the tension.
By the way "Arxiv" is pronounced like "archive", the "X" stands for the Greek letter χ (spelled "chi", pronounced "ki")
was searching for this, ty :D
It bugged me too :D
In the end it doesn't matter if we can't get big enought sheets/batches. the same problem with graphene.
Also carbon is abundant, when boron is not
Boron is more than abundant enough. You can buy sodium tetraborate (borax) by the pound in the laundry aisle of your local supermarket. Amazon has a 2 lb box of it for $9.99. Of course, those are retail prices; as it comes from the mines it is measured in tons. The borax mines in California are still producing commercial quantities after a century and a half.
Back when I was funding research, researchers liked to amplify their "ideal" products to get more funding. Some researchers even "recruited" powerful congressmen to add funding for their pet projects. In the end only about 10% has commercial potentials.
Well yes, but since graphene is so wide spread and we use it every day I dont think borophene will take off as easily.
Graphene widely used everyday ?
@@blacksheepshepherd it was sarcasm
@@gigalapanashvili4431 I agree, I just ate some as breakfast.
They keep secret the propriety of curing hunger.
@@gigalapanashvili4431 *cries in autism*
This is the first time one of the Tesla dude channels has actually introduced me to a new concept, good job
Graphene was not discovered in 2004, I've heard about graphene since the mid 1990's. Really, it's kind of strange you think that information is correct. The thing is it takes decades after the discovery to use, or commercially create any working invention based of of said discovery.
The limitation of our technology, information, culture, and understanding is what determines when and how we will be able to understand, create and use said discovery to our advantage.
BORON NOT GRAPHENE
1987
They isolated and identified single graphene sheets by transmission electron microscopy (TEM) and X-ray diffraction in 1961. The term “graphene” was first used in 1987 to describe single sheets of graphite, and it was also used in early descriptions of carbon nanotubes
@@badgermead8228 I love it, when people do lots of research.
Graphene has been produced for much cheaper than stated I this video, it can even be printed at home with a 3D printer and a 5 watt laser with Kapton Tape as the medium to have Graphene induced by laser ablation
You arent allowed to know better than something that propagates Elon Musk's views. Imagine if someone figures out that neuroprosthetics at the level of a pig smelling things was around since 1957.... but that means actually knowing medical history.
Show me a 1m-square sheet of continuous graphene and then we'll talk
Graphene has also been around for quite a while
Do you not know how R&D works?
ABLATION , cool new word
@@ptbot3294 I think they can do it by pulling carbon out of the atmosphere and having individual carbon atoms stick to a plate and make a sheet kinda like how they do the acid bath process to nickel and gold plate stuff.
As long as one only listens to this it is fine. Watching it drops one's IQ.
Graphene - the material of the future - and always will be.
No f u, Borophene gang all the way :>
It will be critical to the flying cars. You just wait!
The flying cars with borographite batteries will be just in time to use bubble memory.
Who else noticed the misspelling of Gate with ‘gait’ when describing the FET?
Well, you see... the FET was a bit lame and had a peculiar gait. Yeah, that's the ticket!
Have you ever tried matching the clips to the topic? I was really confused as to what crushing a 3d printed minimal surface had to do with 2d materials in electronic applications.
This reminds me of the "Billion Buck Boron Blunder" back in the 60s.
At 9:35 "field effective transistors" ... should be field EFFECT transistors.... 🤫
Oh common now !
I'm still waiting for a graphene transparent solar pannel to hit the market and now it's obsolete ?
cheaper version maybe?
I wanted to coat the underside of my boat with graphene, so then it can continuously generate electricity.
Electric boats anyone?
I'm still waiting for my space elevator made possible by carbon nanotubes
@@rundowngalaxy7675 but the atmospheric drag !
Wouldn't a flexible, tethered space elevator just get wrapped around the planet like string around a turning ball?
I heard that a number of employees working at that invisible solar panel plant went missing
It will be used for space exploration or weapons production. That seems to be the heart beat for all modern scientific exploration.
we're going to loop ourselves back around to asbestos being the next wonder material eventually
FET has a Gate not a Gait
LOL. but what if it powers the rear legs of a mechanical horse! The horses gait would be effected by the FET's gates.
@@clavo3352 EXACTLY
If this can be made on a large scale it can replace carbon nano fiber sheets currently used in Boeing Aircraft. Since it it is less brittle than carbon nano fiber sheets it may hold up to impact tests. Another benefit is that it doesn't contain carbon that oxidizes Aluminum which still needs to be used in airplane manufacturing .
This is what we need, more material scientists. New materials for the future. Hope i can live thousands of years to see advance technologies using advance materials😃
I do a lot of electronics and my meaning of the FET has always been "Fire Emitting Transistor". They can shoot a nice flame when when going Bang.
In a parallel, aluminium when it was first discovered was dificult to refine chemically and cost more than gold and dinner plates were made for the wealthy.
Then the Hall process produced aluminium by electrolysis and became much cheaper.
Therefore, graphene is expensive to produce now but new processes might be found to make graphene and borophene feasible
that's the problem. when are these new processes going to be discovered? the graphene hype is still going for 2 decades and it still has very little substancial practical application on a wide scale.
They even said that graphene is the future of batteries. but where is it? LiFePo4 even got into the market first than graphene... yes there are companies that are currently researching graphene for batteries but they're still practically at the R&D stage.
@@iamwisdomsky Aluminium was produced commercially in 1856 and the Hall process made aluminium cheaper in 1886. So thirty years for aluminium.
I wish serious development for batteries and electric cars began in the seventies rather than be ignored by the oil and auto companies until Elon Musk started to eat their lunch.
Now electric cars are on the rise.
I’m glad that simple electric cars are being developed rather than the overly complex multiple explosions and require exotic expensive fluids that are carried around and were developed for a century.
Imagine if electric cars were developed in the 1930s and someone now suggested an explosive alternative and needed to carry seventy litres of inflammable fluids to make it happen? Good heavens why do we need to do that?
@@iamwisdomsky The cost of graphene production has been made significantly lower over the last decade thanks to a plethora of new methods. However, whenever people think about graphene cost, they think about CVD-level pure graphene on a wafer which is obviously expensive. For consumer appliances graphene has sufficiently low cost of production. Maybe it has more to do with lobbying than with technological advancement of graphene production.
@@SpokoR3 we're not talking about graphene cost. what we're talking about is the practical application of graphene on a commercial level which is yet to be seen.
My question is: Will the same generic video footage be used when Conophene becomes the latest and greatest fleecer?
you have to ask the Pimpophene first.
I feel we should at least use real element names like nitrogenaphene
@@isopodslug6365 Let me introduce you to MXene
lol,... yea... Pretty sure they reused all images I have already seen used for graphene and other materials. Made me wonder if it was just a day early for april fools and missed the mark.
Dude I'm super sure that wolframianphene is the future of mass produced materials
I just love the way optical microscopes are used to illustrate scanning electron microscopy.
We owe it all to Mother Nature and her lattice Crystals, Thanks Mom. Hahaha When were they going to tell Us ?
No longer can fleece "investors" with graphene? Once the gravy train runs out from Borophene we will get hexophene, then once that goes away we will get Lithophene... and once that gravy train leaves then Conophene.
there is only sommes elements in the periodic chart with theses propriety: carbon, boron sulphur, phosphorus, selenium... but atomic weight(neutrons) tend to interfere with the protonic of the materials, nucleus charges balances the electronic layer, thus the material propriety. it is the same science. frequencies differ (ex. phosphorus doped silicon vs selenium doped ones in chips and solar panels)
All this stuff is from UFO crashes over the years and its slowly being leaked into the supply chains. Too bad we can just jump straight to antigravitic
Currently scientists still have a long way to go to find a way to produce Borophene in large quantities and the reactivity of the material makes it highly vulnerable to oxidation. These two factors make Borophene difficult to handle and very expensive to manufacture, just like Graphene. So it will be a while before we can see if Borophene can truly compete with Graphene, as a replacement.
Clicked on this thinking it was fishing videos out new material for fly rods they been go on about graphene last year amazing new rod building material no doubt this borophene is going to be the next new material to take rod building to the next level. 👌
It's thin right now and too expensive to use, but I think it should eventually be able to be used for thick items such as to make a flight/wing ring for a human air/space craft, accompanied with a magnet.
I'm still hoping someone can figure out how to 3d solid print graphene with strength intact. One researcher discovered that 2d graphene sheets with imperfections could be fully healed by passing the sheets back through a baking oven at X temp for Y time in order to 'heal' the imperfections. Same could be applied to 3d printed graphene imperfections. Alas, we're still searching.
Check out Dr Ben King's research at UNR. He presented something that sounds similar a couple years ago.
I'm still hoping for a Star Trek food replicator. Bet mine comes first. On a serious note have you considered diamond as an insulator and doped Graphene as a logic gate? Then layering them to make multilevel carbon based atomic scale SOC circuits??? Look at me getting my nerd on.. that was fun people.. Au Revoir 😁
Wonder if the next vaccines will be full of borophine instead of graphene
@@MrEvtmazda Say what? Do you have any references for that? Pretty sure Graphene would be worse than asbestos in the body..
@@dinner85 he's just a troll, ignore him.
I am 63 so I do not think I will ever see the benefits of either of the products
I'll be 70 in a few months. With most of that time spent in high tech I know I have no clue what will actually be The Next Big Thing. I guess that is why I was a tech rather than an engineer.
The end of this sounds like the Rockwell Retro Encambulator lol
No graphene won't ever be replaced by it. The potential of graphene transistors is just to immense
at 00:40 the carbon atoms are configured as in dIamond, surely no graphene. But Borophene can be a promissing new material to work with!
~ The greatest interactive uses for Boron is in Thermal Conveyors detection/interactions; conduction, convection, radiation.
Which is related to Bioengineering devices & emotional conscience monitoring/conditioning.
~ The greatest interactive uses for Carbon (C12), are in state of matter detection/interactions; solids, liquids, gases, vacuum.
Since carbon is pretty much a main medium for countless compounds.
As per bioengineering, this would be relevent to the body, mind, spirit, & soul relativities.
This is gibberish. You're essentially trying to point back to the age old myth that boron is used for mind control here, aren't you?
Interesting.
Material sciences and research has to be one of the most exciting fields to be involved in, who knows what the future has in store for us.
I’m watching this doing my best to keep up while looking at all the visuals of molecular structures and people in lab coats, tweezers in hand, thoughtfully examining something when I realized the visuals more than likely have nothing to do with the subject at hand. Well some does which is obvious. But much is just generic graphics.
Isn't Boron rather rare though?
It's not something that's found in great abundance here on earth.
if so then surely that would put the price of Borophene costs up greatly too?
You can buy it at the grocery store in a cereal like box. I use it to kill ants and help with laundry cleaning. Ops that's Borax not Boron. My mistake.
@Alfred Wedmore so was aluminum.
This is why they want to replace graphene by Borophene $$$
There is a long way to,go,with this material. It’s not nearly as developed as graphene. Two other problems are; highly poisonous and far more rare than carbon, which makes up graphene.
Seems two good points to me buddy 😮 why they didn’t talk about it?
@@jean-marclamothe8859 because they’re trying to push the idea they’re presenting. It seems more exciting when there aren’t negatives.
It's rarer than C, but not rare enough. It's routinely used in making heat resistant glass such as Pyrex, lab glassware etc.
It's poisonous to insects, but not to humans, and being used as insecticides and sold in drug stores as a mild antiseptic for soaking your feet etc. Borax is routinely used in laundry, and in food preparation in the past.
@@tkjho very small doses of boron are safe. However it’s possible that doses over 20 mg per day are not. The problems I’m concerned with are not of those for the general population, but for these working in the refining industry, mainly, where possibly high doses can result from exposure during processing. As we know, industry is not very concerned about worker safety. We’ve seen this many times, including recently, with IBM losing a major case.
@@melgross Prolonged industrial exposure is a completely different ballgame than casual exposure. Water can kill you if consumed in large quantities, but you cannot really call it toxic. Borax was routinely used in addition to baking soda in making deep-fried dough sticks in China until it was banned, just like alum was used in making pickles, and some people are still using it illegally to get that desired texture. Some people eat that for breakfast just about everyday and the dose would be much higher than 20mgs.
Toxic dose is in the grams, not in mgs.
Journey of a thousand miles begins with one
Step 🙏💕....
I thought this was click bait but, what do you know, it's a real good video. Keep it up! 👍
I simply love the video clips of $45 child's (white) microscope used in the research lab. Please show more content of children's toys
used in high tech materials lab.
Tank Que Berry, Berry, Much.
In China, that popular _$45 child's (white) microscope_ is the non-scanning, DIY Tunneling Electron variety. It's great for 3-D imaging of metalized bugs; kids love to make and share their own images. (Only the metallization process requires adult supervision.)
@@FindLiberty BoroFhene Welcome to Brazil...
We Have diferent material here for make Electric Batery longer Deep Power Energy... Welcome to Brazil... Think about this big Bussines in Brazil its so Virgin this Beautiful Bussines eletricar 100%
@@lambcordeirobrazilzenhoooc9870 Good to know. Stay safe from bottomless Green _quicksand_ traps. Take care of you and yours.
Kids play computer, it doesn’t means research done by children’s toy. It’s a logic error. Monocular microscope is a very basic equipment in material lab, it’s typically few hundred dollars, but price varies by the parameters. You can’t tell through a glance. Also, It’s not designed as children’s toy. It’s the power of science/economy made the microscope accessible by children, but it doesn’t mean it’s not a good tool for research. PI with more funding will buy their own electronic optical microscope in their lab but they still keep the basic one.
Just a little fact check graphene was known about in the late 80s but there hadn't been a way to find it until they used scotch tape to peel graphite layers away in 04
They isolated and identified single graphene sheets by transmission electron microscopy (TEM) and X-ray diffraction in 1961. The term “graphene” was first used in 1987 to describe single sheets of graphite, and it was also used in early descriptions of carbon nanotubes
Borophene is the real power of the future that we knew ,it is as far as we got
Now compute the new computer to give an equation of strength of new proportions
Thank for this video! make my work not so crazy.
It's not yet a wonder material if you can't produce more than a few grams of it for the cost of 10 fully equipped Bugatti Chirons. That would be classified as a novelty.
It’s “gate”, not “gait” in this context unless I’ve misunderstood what’s going on!
Pleased to hear this, as boron is my favourite element. It has many interesting properties.
Thanks for sharing this ❤️ 💯
Does it have the ability to magnetize and 3d Print, and assemble into a chain just by floating around in a body of water or bloodstream? Cuz, that's pretty interesting with Graphene. Interesting
Surely it's not magnetic, Boron nitride is a ceramic and silver is non magnetic.
The Tesla Domain:
At 9:44 your graphic is showing 3 FET terminals. The middle one is wrong.
The correct word is "GATE" not "GAIT". Yes, they sound alike but they have different meanings.
Terry Thomas
PC Tech
Atlanta, Georgia USA
They were horsing around with "gait" and probably should have called it a fast trot instead.
Very well designed video and enjoyed it very much.
great, another miracle material to never leave the lab
Graphene, Borophene or shitphene... graphene has yet to replace any existing materials. there is nothing to say goodbye too if the are both equally theoretical ,graphene has had 18 years to take over other meterials but hasn't done so even in prototype scale
Exactly, he's asking goodbye, I wonder when we ever said hello? People have talked about Graphene for well over a decade yet it hasn't actually been used to make any technological advancements in that time. These seem to be cool materials to play with in a lab and that's about it.
What are yo utalking about? Graphene can already be produced at scale and is used in so many eletronic processes and tools.
It's even used in concrete nowadays. Please don't trash something you have no idea about.
Graphene is used as the separator in between the cathode and anode... The electrical continuity doesn't matter in that application. It's the strength and thin property which is important.
GRAPHITE , you're thinking graphite. Graphene is thin. A single layer. In this state it has outstanding conductance.
It isn't used as a separator, it is used as an ion collector.
@@david2ljdavid2lj56 collector? The ions have to go through the separator. It doesn't collect anything, the ions move through the graphene separator at 1 atom think, which is weight reduction. Multiply that by 7,000 batteries and the weight reduction is significant.
It doesn't matter anyways because high nickel is the better chemistry.
@@tophat2002 Graphite is the most commonly used to serve as the anode material in lithium-ion battery manufacturing due to its relatively low-cost and its energy density. Graphite has great conductive properties and for the most part is readily available.
@@tophat2002 if they used it as a separator the battery would short out because graphene or graphite is conductive. The separator is a porus insulator.
Sometimes you have to bite the bullet until someone comes up with a good cheap alternative that is good for the environment.
Like many, concerned by the medical research regarding Graphene, we are very hopeful in Borophene research in photo-voltaic cells (solar panel technology) as well as many other fields. Boron is viewed with more promise (as it's natural state holds positive properties to animal and vegetable alike)... Though, the impact research should be open-sourced and available so the graphene incident doesn't occur again :)
Borophene whilst it has many applications and as mentioned in the video the emergence of the "Electric Car" industry could be revolutionised and solve a number of growing issues in recycling and weight reduction of components like the car battery itself. Which effectively will be an issue much further down the road. Elon Musk needs to take much more interest in finding far better ways of recycling lithium batteries. The automation industries need to be working a far better design that allows for recycling to take less time than the production time. So whether that looks like introducing a Tera robotic recycling factory, then that would be your obvious choice as it would strip it back down into all its relevant components to be refined and reused.
He is just gonna fire them into the void of space.
by then hydrogen fuel calls will power csrs
So often ELON MUSK GOES TO TURKEY BECAUSE 70% WORLD RESERVES IN TURKEY AND NOW TURKEY STARTED MAKIN BATTERIES USING BOROPHENE
I wonder if they will adding this to Cadbury chocolate, Blackmores Vit D, Coke, McDs and Nestle products etc like Graphene is. Or will they just be adding it to the injectable bioweapons like they have with Graphene.
Exactly, can't wait to mainline this wonder stuff right into my veins!
Finally someone who has raised the real issues
Super! Thank you very much!
Two years passed. Where is this miracle now?
Can This BOROPHENE Be a Contact For & From %G Towers ??? just a thought........................
The applications of borophene are severely hindered by it's reactivity, so if it get's used for %G, it won't be suspicious at all. Maybe impractical or hazardrous, but not suspicious.
the strongest material known to man is BROphene 💪💪
Wish I'd taken more chemistry classes. About all I got from this can be summed up as, "BOROPHENE GOOD, UNGH!"
There is already a cheap way to make Graphene. It costs like 5$ for a pound of the highest quality Graphene thanks to flash graphene. I make that stuff in my garage out of trash. It’s a few thousand to set up the machine to produce it but after words I can make pounds of the stuff a day out of coffee grounds and other trash.
2010: "Graphene will lead to a technological revolution!"
2022: "Sure, we've done absolutely nothing with Graphene for more than 12 years and the hype was completely unfounded, but Borophene is a technological revolution!"
2030: "Forget those and forget that absolutely nothing came of them, we have a new thing that's going to revolutionize tech!"
Meanwhile, actual scientists are making actual incremental progress in everything from power storage to processing power every month but it's too boring for TH-cam videos.
Graphene is already used in many applications. Someone here said it's used to strengthen concrete. It's also used in many electronic components already.
At least get your facts straight about how much used Graphene is if you want to bash it.
Graphene is everywhere already. Just because no one plasters it like "Now with new recipe" doesn't mean it's not used anywhere.
Bro- Graphene has been on the commercial market for years. It's in products sold at Walmart. Have used it extensively in two different applications on a commercial scale. Check your facts. Peace. Out.
Actual scientists don't work on creating consumer goods. That comes later. Actual scientists spend their time learning new things for the rest of us.
Sounds like perfect material for building a space elevator 🤯
We still struggle to bring grapheme to market. Now we have another similar challenge? Well, perhaps having options is always good… I just hope we’ll see the benefits of these nano-structures become reality in my lifetime.
Now I wonder how long until we get anything useful available to the public. I love the way material science moves forward, but I am realistic about who will benefit as we work towards economic collapse, I think we need access to production methods not bound by corporate copyright and the education for the population to effectively use it to maintain a way of life that was once bound by consumerism. Now most struggle for the basics and are one medical emergency away from having their freedom and life taken to serve debt holders who have no motivation to maintain humanity past the end of their own lives.
We are fast approaching a dystopian society. Science will be one of the victims. Many innovations like this are killed in the name of profits and shareholders. Our systems don't work for social good now but profits, financial legalese and outdated MBA theories
Incorrect and misleading graphics.
We’re still waiting on graphene to be more than a small scale manufacturing oddity, now they’re on to the next thing… the grifting continues.
Their probably misapplying this technology, such as shoving it into a vaccine.
Well this is how Graphene will become more mainstream, by discovering something new
Oh yeah. Forgot to mention this stuff is loaded in chemtrails.
If you think research into new materials is "grifting," then you are scientifically illiterate. You live in a modern world that is largely the result of such research, yet you slander researchers simply showcasing a new material that has potential use cases. I guess if it's all just a grift, you should throw away any tech and other manufactured goods in your possession.
@@zekayman oh look it’s one of the graphene researchers who’s been sucking up grant money but still somehow just falling short of ever discovering an actual exploitable commercial application. Did you get buthurt by your grift getting pointed out? Quick just assume they’re a Luddite so you can look mommy in the eye and still feel proud in your little lab coat.
I've been making Graphene Monolayer Membranes for nearly free for over three years. Its very impressive. Borophene seems like it would be super brittle, though..
We are truly living in a innovative age.
Haven't there been some more useful properties of graphene discovered though? I remember something about 2 near parallel planes of graphene having configurable wondrous properties.
Yes. It has been discovered a "new" material called rotated Graphene which is made by putting two layers of graphite on top of each other and rotating the top one by 1°. Surprisingly it has many different properties that differ from the ones of Graphene
Aprilfoolophene
Excellent reporting!! Possible wave of future!
Now if only the future could be as wonderful as this material. Seems they are light-years apart. 🤔
“Gate” is not spelled “gait”.
It keeps the horses in.
Wow, first time hearing of this, and I will be following borophene as it advances into usage, but it is super annoying to hear 2d, when 2d does not exist. It may be very thin, but it is still 3d.
Biaxial?
2D here has a specific definition in materials science. It means one of the dimensions is in the nanoscale range which essentially makes it an ultrathin sheet-like material when observed under powerful microscopes. In comparison to bulk 3D material (graphite), graphene can be considered 2D. It's not absolute 2D but rather relative 2D
I think 2D just might be a shorthand way of expressing it,... but I also don't like how they call it that even if it does only have a single layer of thickness.
It's kinda stupid, isnt it?
@@MrMeow-iq7kq only if you get hung up on such things. I think its fine to call something a 2d material its just a intuitive term to describe something with a thickness so small its basically irrelevant unless you are needing it for applications where nano thicknesses are a concern in which case you ought to know the difference.
@@simonw3858 its counter intuitive actually.
Which is exactly why I said it seems kinda stupid.
Common understanding of what 2D is, will cause it to simply confuse people.
Sure its flat, with a single layer of atoms, but that still wouldn't make it 2D since reality doesn't exist in 2D, hence the confusion. People won't necessarily understand why its called that so the improper description becomes more of a distraction from what is meant when it could have simply been described accurately.
But hey,... im not hung up on it anymore than you are. So agree to disagree I guess. All I did was agree with the original comment, lol.
i remember 30 years ago when they said " we made carbon nanotube in a lab " ," the futur will be carbon nanotube " , 30 years later ....
Whats next, boron nanotubes? I'll believe it when i see it. Been waiting too long fpr too many "wonder materials"
Next is extra strong glue that one can sniff when noone is looking
I can make graphene in my home lab for $10 and convert many high quality carbon substrates for graphitization. If I goof a batch, I'm out my time and a few bucks of material.
Boron isn't exactly readily available...
Amazon has sodium tetraborate (borax) for $9.99 in 2 lb boxes. If you can make graphene refining it to pure boron is a snap.
You don't seem to know much about this.
I mean you used some of the same video clips to criticize Grapheme to promote this material that hasn’t even been proven as of yet??? If this technology works which hasn’t been proven. There was a lot of could be and might be moments about this new material.
it's hard to imagine so many advancements over graphine😮
I love that the stock footage in this video has almost nothing to do with what the narrator is saying almost constantly through the video lol.
When electric vehicles overheat and burst into flames do they still count as carbon neutral.
More so than a petrol one
Do you know what's a miracle material?
Something that you can actually used right now and helps many people.
Like how many of this so called miracle material becomes mainstream use? Or now useful to society not just in the lab or science purposes.
so because no one's already producing a product using this material it's not worth even thinking about? that sounds monumentally stupid. you'd make a shit scientist
I heard that borophene is the closest thing to vibranium we can create. Starting to sound like it's just as rare as well. Pretty cool
Very interesting. Thank you
Hold on there, dont forget about Joke-o-phene the bestest super wonder material ever! It does everything you can possibly think of 10 Million times better than any other substance, and all the other things you cant possibly think of as well.
Be sure not to forget about unobtainum. And the super hard alloy of mithril and adamantium. Where would we be without those?
Good one! ..how about toxathene...tossathene...
Griperthene...murderathene...
Unwiseathene...
Graphene has not even been developed and is obsolete.
See what you get when you manufacture things. You learn new stuff.