@@CG-cw3ps Ya it's getting smarter. My recommendations have gotten more focused, I almost never see anything that's trending, and its time based. Google knows what kind of videos I put on to fall sleep and shows them to me at bed time.
Recently, a lab test reached 1200 Tesla, but only for an instant, as the test device was built for only 800 Tesla. Quite a bang when the field collapsed.
Amazing numbers. Great work! Best of luck to you and the team. This is important and fascinating work you're doing. Please keep sharing your progress here. Thanks...!
We are two engineers who are happy to be here learning your discovery and to view this for consistency. Nice that you shared with us all. Lance & Patrick.
@@davemwangi05 Hello David, we are located in the Southern California, inland empire region and south western corner of the high-desert Mojave Desert USA near the Joshua Tree National Park or Palm Springs California about 3 hours 20 minutes from Las Vegas Nevada, really close the REE Mountain Pass rare earths mines. That was a lot to share sorry we are located in the middle of no where pretty much. Actually reading your website on the company page.
4:19 That sentence might just be the most profound I've ever heard, because I know exactly what that means for our species, and the planet. And beyond.
Google AI thinks you are smart guy, need learn more weird stuff. I have no idea what 20Tesla means but i heard about fusion. So, I think they do something good.
IIRC, moving parts of yourself across strong magnetic fields causes all your positive ions to go one way and all your negative ions to go the other, doing things like triggering nerves and brain cells.
I'm so glad, my family said I was crazy when I told them that the MRI I got made my body feel like it was on fire. They said you can't feel that stuff, and it makes me happy to see that it's true that we can, and I'm not just crazy!
Terrober You cannot feel anything during an MRI scan. The only sensation you might be worried about is the movement of the coils inside the machine, they can be quite loud. Take a look here :- www.mayoclinic.org/tests-procedures/mri/about/pac-20384768
Wow it's amazing!!! 20 T is really high! In a video presentation of MIT few years ago the speaker told that over 14 T magnetic fields in a tokamak fusion reactor like ARC , it will be possible to achieve Q>1 so a net gain energy in a Tokamak Fusion Reactor! What do you think will happen with this type of 20 T magnets? High density plasma means higher energy gains by requiring less thermal energy plasma ignition and higher fusion reaction inside the plasma right? So it will be possible to finally have a positive energy Fusion Reactor!
Yeooooo I just read the article about you guys actually doing this and paving the way for fusion, congratulations! And thanks for propelling us into the future!
Fusion(reactor) makes Hydrogen(H) into helium. It erase hydrogen. All humans and most other living beeings NEED WATER. Water is made out of hydrogen. If you fusion hydrogen to helium . the Water will get less and less! You will erase water. You will erase all humans.
@@kirschkern8260 Great, you understand the concept of fusion. While you are at it, calculate the amount of energy released in 1 liter of water, then compare it to the global energy consumption per year. You´ll see something interesting, promised!
I love the presentation, but sadly there were only words and simulations, no actual demonstration, such as picking up iron filings from 1 meter away or something like that.
@@jedimastersterling1 Come on, read between the lines. I said a demonstration and mentioned one I thought that would be okay, clearly it's not. You know how you can move a magnet that is on a table by holding another magnet over it and moving it to the side? A demonstration like that won't create a bullet. That will only move something somewhat sideways and it would be very fascinating to see how many centimeters away it would be able to move a 1x1x1 cm iron cube somewhat to the side.
20T is very strong, i think they'd need to create a whole scenario with the sole purpose of a demonstration just to make it viewable while still safe. because of how magnets work, they are fundamentally unsafe to do demonstrations like that. magnets pull things towards them, and the problem is that the closer they are the more strongly they are pulled. that creates a positive feedback loop where one small mistake and you have a serious hazard in your hands. the scenario is inherently unstable.
1:20-1:30 I love when you have to clarify by saying "That is quite impressive!" or "That is very interesting" when you're explaining your nerd project to people who haven't spend days and night it and have no idea what's good or bad. "oh 20T@20 kelvin you say, and what more can you tell be about this "coil"?" :)
It's so cool following a company as their work through the basic principles vertically until the final product is achieved. This is the only intelligent way to achieve anything but thanks to ignorant outside opinions, it is often not the way things are done. People pander to the public and try to produce results before the materials or systems have been refined to reliably do so and then all funding and interest is lost because failure is ultimately inevitable in that situation. Iterate by design and solve up is how things are done. Look at SpaceX and Tesla for evidence of this in action. All the nay sayers about either company (probably don't) feel pretty stupid now that they've been shown to be wrong. Keep up the good work! This is the future and you know better than any of us in the comments what is going on to make it a reality.
Thanks for the support. Yes, we have to take it step by step. Did you see Melanie Windridge's TEDxDonauinsel talk about this? " A sustainable energy future: is funding and fear are holding us back?" You might like it.
@@tokamakenergy6400 I'll have to check it out. Sounds like something I'd be interested in. Innovation is always slowed by fear and the fear prevents the funding from flowing as readily as its needed. It doesn't help when the media over publicizes some new scientific discovery before it has been fully fledged out breaking down the public's trust in science when the media has to come out and retract their claims that were never made in the original paper to begin with. This constant overselling on the media's part makes it hard for this kind of innovation and puts pressure on companies like you to produce results when the right way of doing things is to iterate up and check/recheck things to make sure nothing is overlooked. Just don't let the pressure of the media get to you and your team. You are making incredible breakthroughs from science fiction become science reality. The results will come in time if you stick to your process. I'm going to go watch that Ted talk now.
Hey guys, had friend worked for memorex in the lab. He was one of the engineers creating and testing new magnetic compounds for use on their GCR reel tape products. I bet memorex could jump you guys forward a decade in tech knowledge.
Fusion(reactor) makes Hydrogen(H) into helium. It erase hydrogen. All humans and most other living beeings NEED WATER. Water is made out of hydrogen. If you fusion hydrogen to helium . the Water will get less and less! You will erase water. You will erase all humans.
Would I be right in thinking that they are about to make a call to investors to help funding their scale-up? Looks like fascinating technology and I hope they make it a reality in my lifetime.
Is 20 K a temperature that ST-F1 will be able to work with or is it necessary to have these magnets work also at higher temperatures before they can be used in ST-F1? What is the highest temperature that the current HTS magnets can work in today?
While High Temperature Superconductors live up to their name you still need low as possible temperatures to put maximum amount of current through them and to achieve maximum field strengths. It would remain superconducting at liquid nitrogen temps, but you would not get the same performance.
First the coils are superconducting, so they must be cooled to below their superconducting temperature before they become superconducting (with no magnetic field present). Second, the stronger the magnetic field strength they are operating in, the lower the temperature they need to be kept at to maintain superconductivity.
Cooper pairs do not like mosh pits, or smashing nuclei. And when you brute force a solution it requires compensation for the laws of nature applied. If you first start with a divinely inspired solution, with (significantly improved) magnetization using AC and DC waveforms, with elegance in design. You could have a Searl Effect Generator (SEG). Which cools itself as it operates. I liken it similar to a water wheel, but using free electrons from the air. During operation of an SEG electrons pair like cooper pairs dancing together, but far better than low or high temperature superconductors they dance around the electromagnetic lines of force as they travel through the SEG without smashing into nuclei. In doing so heat is withdrawn from the generator itself as it operates. Providing FREE energy without fusion or fission. Electrons Flow with Magnetic Current - Searl Effect Generator m.th-cam.com/video/JuACIcQENjU/w-d-xo.html To learn more, do your research, and checkout The John Searl Story. By the way, the only reason to build nuclear power plants is for raw materials to build atomic bombs. They should all be shut down. Except the wizard of oz wants to scare people, and they don’t want us to have free energy. In 1931~33 Tesla drove the first car to use free energy for about a week, it even got up to 100 mph. The initial prototype motor was not the source of the energy, and had some thermal issues handling so much energy. I believe I read low temperature superconducting metallurgy structure is well understood. Extrapolating the theory a room temperature superconductor should exist up to 300K. We just need to discover it or declassify it? It’s time for people to wake up. We’ve been lied to, for too long. th-cam.com/video/XMnPKVbgH60/w-d-xo.html
We are working on similar technology to the Commonwealth Fusion Systems team at MIT in that we are developing magnets based on high temperature superconducting materials. We share the belief that these materials are the key to unlocking commercial fusion. There's an old video on our channel from years ago where we talk to Dennis Whyte from MIT about this, long before CFS was formed.
this is incredible ~ how would you hook a power supply to utilize the magnetic field ? was seeing the coil but did not see where you would attach to a system and the torrid you displayed was again impressive with that type of field~ there are huge implications with this s a source of potential power source and even utilizing in vehicles and there apparatus ~ and potentially a power generation as well in remote areas where power lines are not feasible Tony
This is for use in superconducting magnets. Not sure if this is the superconducting material itself or not. It might be the coils that are used alongside the superconducting magnets to energise them. In either case, the superconducting material is submerged in liquid nitrogen, at that tempreture, the magnetic coil becomes superconducting, and current flows unimpeded, even when the power source is removed. For initial energizing of the coils, I'm guessing connections will be added. Or of course it might be that they energise the coil with magnetic induction. The holy grail of course is super conductivity at room temreture. For those who dont know, this company are developing nuclear fusion technology. So these superconducting magnets will be used to confine the plasma. en.m.wikipedia.org/wiki/Superconducting_magnet
GoldenBunips can chip fabs handle big atoms like ytterbium that are used in these magnets? I’m not dismissing your suggestion in any way, I know little of what can and can’t be done using photolithography.
@Tokamak Energy - A Faster Way to Fusion, the progress i have seen on this channel in the past few months has been amazing! Do you ever plan on testing YBCO coils? Also, will you eventually make your superconductor films in house?
I’m actually studying to be an aerospace engineer so this means something on a whole other level for me. Though the Tokamak is still the most inefficient, although cheapest, way to create and sustain fusion
I'm gonna make a motor for my car with this Maybe I'll power it with a small tokamak Whenever I think about electromagnets and the wire windings I wondered if wrapping a ribbon of copper around would be better, but I didn't think it would be THAT much better. Well, to be honest I don't know how strong a comparable wire magnet would be either.
No, and no magnet would be able to do that. The iron in your body is complexed and then held inside a protein (haemoglobin), and in that form, it isn't magnetic. If you were to release the free iron into the blood in its elemental form (which would kill you), you could then extract it from your body with a magnet.
Corey Kearney the effect demonstrated in the (very cute) video you linked was diamagnetism, not ferromagnetism. Here is a SciShow video that explains: th-cam.com/video/ZLkP6S6mKsY/w-d-xo.html
*inhales* no what you actually want is a material with negative mass. Not to be confused with anti-matter, anti-matter has positive mass. superconducting magnet just means that you can maybe build a viable fusion reactor
Having spent most of my 50+ years reading about the imminent development of fusion as a power source, I humbly suggest that you just build an actual commercially viable fusion energy source then show us it working.
Ok, to be exact. 20 K requires helium cooling, thats what temperature was tested. Nothing was accomplished here, the lab tests say ~90 K (YBCO), they tested 20 K.... Sounds fisshy
![Megan Thee Stallion - Neva Play (feat. RM) [Official Video]](http://i.ytimg.com/vi/TpYTyAaTRts/mqdefault.jpg)
I just feel so happy that the algorithm actually thinks this is what I want to see
same
Me too
@@CG-cw3ps okay smart ass i have the same amount of brain cells as a hydrogen atom's electrons so I don't think it has any relation to iq
@@sakib7094 You need to be a little more respectful towards that hydrogen atom as it could be someone's mother.
@@CG-cw3ps Ya it's getting smarter. My recommendations have gotten more focused, I almost never see anything that's trending, and its time based. Google knows what kind of videos I put on to fall sleep and shows them to me at bed time.
making progress - with possible spin off products. A magnet producing 20T is going to have all sorts of potential applications.Well done.
Thanks. Yes, it could be interesting.
home.cern/news/series/superconductors/20-tesla-and-beyond-high-temperature-superconductors
Recently, a lab test reached 1200 Tesla, but only for an instant, as the test device was built for only 800 Tesla. Quite a bang when the field collapsed.
@@paulmoffat9306 Source?
@@paulmoffat9306 Yeah, we're interested. Link us because That's insane.
Will it stick to the fridge?
With 20 Tesla the fridge comes to you
No, absolutely not, with a field strength of over 20 Tesla, the fridge sticks to the tape!
Not without power.
No, the fridge will stick to the magnet. In fact it will wrap itself around the magnet. Into a very compact pile of metal.
@@zariumsheridan3488 u sure?
Congratulations - great work and thanks for allowing us to follow the future as it is being made.
Quenching without any damage is absolutely amazing!
Some of the leading tech on earth, and it is made with the same machine that makes 3ply toilet paper.
WOW! That means I'm partaking in high-tech movements, daily! Seems, I have amazing skills, I had no idea about.
Lol...
@@barrylast8655 thanks for covering our a$$,s lol
Smashing it, go Tokamak Energy!
20T or higher, super conducting highly resilient magnets at high temperature. Now we are starting to get somewhere with Tokomac Fusion. Dr. Ahmed
Huh, two years before Commonwealth Fusion's 20T announcement. Congrats on leading the pack!
Amazing numbers. Great work!
Best of luck to you and the team. This is important and fascinating work you're doing.
Please keep sharing your progress here.
Thanks...!
Thank you. Glad you enjoy following the progress.
We are two engineers who are happy to be here learning your discovery and to view this for consistency. Nice that you shared with us all.
Lance & Patrick.
Hey, where are you based?
@@davemwangi05 Hello David, we are located in the Southern California, inland empire region and south western corner of the high-desert Mojave Desert USA near the Joshua Tree National Park or Palm Springs California about 3 hours 20 minutes from Las Vegas Nevada, really close the REE Mountain Pass rare earths mines.
That was a lot to share sorry we are located in the middle of no where pretty much.
Actually reading your website on the company page.
Thanks so much. Glad you enjoyed hearing about it!
4:19 That sentence might just be the most profound I've ever heard, because I know exactly what that means for our species, and the planet. And beyond.
I just got here by TH-cam recommendations and still don't know why I've watched all of it
The algorithm is getting smarter, I'm just as puzzled as to why i watched it all
Google AI thinks you are smart guy, need learn more weird stuff. I have no idea what 20Tesla means but i heard about fusion. So, I think they do something good.
I'm totally behind you on this tokamak is the only way forward!
I have a hard time imagining 20 Tesla after having 0.6 and 1.4 Tesla MRI scans.
Hey buddy, You mean like you feel the field in your body or what? I mean in an MRI
IIRC, moving parts of yourself across strong magnetic fields causes all your positive ions to go one way and all your negative ions to go the other, doing things like triggering nerves and brain cells.
I'm so glad, my family said I was crazy when I told them that the MRI I got made my body feel like it was on fire. They said you can't feel that stuff, and it makes me happy to see that it's true that we can, and I'm not just crazy!
Terrober You cannot feel anything during an MRI scan. The only sensation you might be worried about is the movement of the coils inside the machine, they can be quite loud. Take a look here :-
www.mayoclinic.org/tests-procedures/mri/about/pac-20384768
@@Terrober that sensation was from the injected dye radioisotope like iodine
Wow it's amazing!!! 20 T is really high! In a video presentation of MIT few years ago the speaker told that over 14 T magnetic fields in a tokamak fusion reactor like ARC , it will be possible to achieve Q>1 so a net gain energy in a Tokamak Fusion Reactor! What do you think will happen with this type of 20 T magnets? High density plasma means higher energy gains by requiring less thermal energy plasma ignition and higher fusion reaction inside the plasma right? So it will be possible to finally have a positive energy Fusion Reactor!
Great video. Love the science of this.
Thank you.
Keep boosting the magnets and there will be godly results for fusion. Happy to see them working towards that
Tesla would be proud. If he could see all of this... Wow!
Tocamac, forever in the lab.
Yeooooo I just read the article about you guys actually doing this and paving the way for fusion, congratulations! And thanks for propelling us into the future!
20T magnets. AKA How to turn bobby pins into hyper-sonic projectiles from a mile away.
Benchtop high field NMR...
Weaponizable !!!
Makes an MRI magnet look like a child's toy.
Fusion(reactor) makes Hydrogen(H) into helium. It erase hydrogen.
All humans and most other living beeings NEED WATER. Water is made out of hydrogen. If you fusion hydrogen to helium . the Water will get less and less!
You will erase water.
You will erase all humans.
@@kirschkern8260 Great, you understand the concept of fusion. While you are at it, calculate the amount of energy released in 1 liter of water, then compare it to the global energy consumption per year. You´ll see something interesting, promised!
If this video is 2 years old, what differs in commonwealth fusion’s HTS magnets that have made the news this month?
Enough chit chat, Do some magic trick now
Advanced science like this is like magic :)
I love the presentation, but sadly there were only words and simulations, no actual demonstration, such as picking up iron filings from 1 meter away or something like that.
Sure they could do that... If they wanted to make a bullet.
At 20T you're gonna want to operate this with draconian safety precautions.
@@jedimastersterling1 Come on, read between the lines.
I said a demonstration and mentioned one I thought that would be okay, clearly it's not.
You know how you can move a magnet that is on a table by holding another magnet over it and moving it to the side? A demonstration like that won't create a bullet. That will only move something somewhat sideways and it would be very fascinating to see how many centimeters away it would be able to move a 1x1x1 cm iron cube somewhat to the side.
20T is very strong, i think they'd need to create a whole scenario with the sole purpose of a demonstration just to make it viewable while still safe.
because of how magnets work, they are fundamentally unsafe to do demonstrations like that. magnets pull things towards them, and the problem is that the closer they are the more strongly they are pulled. that creates a positive feedback loop where one small mistake and you have a serious hazard in your hands. the scenario is inherently unstable.
1:20-1:30 I love when you have to clarify by saying "That is quite impressive!" or "That is very interesting" when you're explaining your nerd project to people who haven't spend days and night it and have no idea what's good or bad. "oh 20T@20 kelvin you say, and what more can you tell be about this "coil"?" :)
Great presentation. Hope to see further progress.
It's so cool following a company as their work through the basic principles vertically until the final product is achieved. This is the only intelligent way to achieve anything but thanks to ignorant outside opinions, it is often not the way things are done. People pander to the public and try to produce results before the materials or systems have been refined to reliably do so and then all funding and interest is lost because failure is ultimately inevitable in that situation. Iterate by design and solve up is how things are done. Look at SpaceX and Tesla for evidence of this in action. All the nay sayers about either company (probably don't) feel pretty stupid now that they've been shown to be wrong. Keep up the good work! This is the future and you know better than any of us in the comments what is going on to make it a reality.
Thanks for the support. Yes, we have to take it step by step. Did you see Melanie Windridge's TEDxDonauinsel talk about this? " A sustainable energy future: is funding and fear are holding us back?" You might like it.
@@tokamakenergy6400 I'll have to check it out. Sounds like something I'd be interested in. Innovation is always slowed by fear and the fear prevents the funding from flowing as readily as its needed. It doesn't help when the media over publicizes some new scientific discovery before it has been fully fledged out breaking down the public's trust in science when the media has to come out and retract their claims that were never made in the original paper to begin with. This constant overselling on the media's part makes it hard for this kind of innovation and puts pressure on companies like you to produce results when the right way of doing things is to iterate up and check/recheck things to make sure nothing is overlooked. Just don't let the pressure of the media get to you and your team. You are making incredible breakthroughs from science fiction become science reality. The results will come in time if you stick to your process.
I'm going to go watch that Ted talk now.
Fusion energy is just 5 years away!
For the last 25 years.
The folks at the LHC will be dribbling over those..
20T very impressive!!!
Hey guys, had friend worked for memorex in the lab. He was one of the engineers creating and testing new magnetic compounds for use on their GCR reel tape products. I bet memorex could jump you guys forward a decade in tech knowledge.
I want to turn one of those into a gigantic speaker magnet. Should be able to hear the bass from pluto at 20T
Just use the surface of the moon as a diaphragm.
Aren't "High Temperature Superconductor" defined as to be working over 77K (boiling point of nitrogen)? At 20 K, you still need to deal with helium?
Congratulations!
Where can I find more information? Can this tape be purchased for DIY experimentation?
Tell me if you find out.
Pfft... Tony Stark built an arc reactor in a cave
...with a box of scraps
@@gabe7478 To be fair, he had a bunch of high-tech weapons, he designed, to work with.
WITH A BOX OF SCRAPS!
Fusion(reactor) makes Hydrogen(H) into helium. It erase hydrogen.
All humans and most other living beeings NEED WATER. Water is made out of hydrogen. If you fusion hydrogen to helium . the Water will get less and less!
You will erase water.
You will erase all humans.
Yeah, but it was in the script
Would I be right in thinking that they are about to make a call to investors to help funding their scale-up?
Looks like fascinating technology and I hope they make it a reality in my lifetime.
This needs more attention!
Is 20 K a temperature that ST-F1 will be able to work with or is it necessary to have these magnets work also at higher temperatures before they can be used in ST-F1? What is the highest temperature that the current HTS magnets can work in today?
While High Temperature Superconductors live up to their name you still need low as possible temperatures to put maximum amount of current through them and to achieve maximum field strengths. It would remain superconducting at liquid nitrogen temps, but you would not get the same performance.
Brilliant Design... Maximum efficiency
20 Tesla ! Wow crazy ! What comes next ? Building a little magnetar ?!
21 Chevy Volt!
What about neutron flux resilience of the HTS material and it's components?
Great video. Reminds me of the sun and it's incredible magnetism
The thing that makes fusion work in the sun is it's incredible gravity. Magnetism has nothing to do with it.
How could you drill holes in that direction without completely severing the coil? Does it operate as a single loop while superconducting?
Maybe the cut ends connect? Just a guess
Time index 2:50 "we drilled holes in it and it still works fine" - It might fail earlier. Do you take them to failure in your tests?
Really amazing!
Thanks for the update. I was starting to question if you guys were still working on this or just screwing around.
We've been busy....
HTS! Does this stand for high temperature superconductor?
No and yes. High temp meaning not 0 K temp but like 20 K, which is about -220 C.
That's alot of hard work.
What is the cost of single small magnet like this?
I would like to know that too. I would guess that it's in the 4 or 5 digits though.
Pick a number and that’s it.
@@dougg1075 $1
I hear useful fusion is 20 years away, been hearing that for 40 years.
I guess is more like 60 years ago.
That's because people lose more and more interest meaning funding keeps going down
Quick question, why does the magnet have to operate at such low temperatures?
the Cooper pairs carrying the superconducting current are destroyed by molecular lattice vibrations at higher temperatures.
First the coils are superconducting, so they must be cooled to below their superconducting temperature before they become superconducting (with no magnetic field present). Second, the stronger the magnetic field strength they are operating in, the lower the temperature they need to be kept at to maintain superconductivity.
Cooper pairs do not like mosh pits, or smashing nuclei. And when you brute force a solution it requires compensation for the laws of nature applied.
If you first start with a divinely inspired solution, with (significantly improved) magnetization using AC and DC waveforms, with elegance in design. You could have a Searl Effect Generator (SEG). Which cools itself as it operates.
I liken it similar to a water wheel, but using free electrons from the air. During operation of an SEG electrons pair like cooper pairs dancing together, but far better than low or high temperature superconductors they dance around the electromagnetic lines of force as they travel through the SEG without smashing into nuclei. In doing so heat is withdrawn from the generator itself as it operates. Providing FREE energy without fusion or fission.
Electrons Flow with Magnetic Current - Searl Effect Generator m.th-cam.com/video/JuACIcQENjU/w-d-xo.html
To learn more, do your research, and checkout The John Searl Story.
By the way, the only reason to build nuclear power plants is for raw materials to build atomic bombs. They should all be shut down. Except the wizard of oz wants to scare people, and they don’t want us to have free energy. In 1931~33 Tesla drove the first car to use free energy for about a week, it even got up to 100 mph. The initial prototype motor was not the source of the energy, and had some thermal issues handling so much energy.
I believe I read low temperature superconducting metallurgy structure is well understood. Extrapolating the theory a room temperature superconductor should exist up to 300K. We just need to discover it or declassify it?
It’s time for people to wake up. We’ve been lied to, for too long.
th-cam.com/video/XMnPKVbgH60/w-d-xo.html
Incidentally, does anyone know the average field strength of Solar Prominences ?
How exactly does anything survive a quench with 1000A /mm^2?????
Is it possible to use this coil to make a high energy density electric motor?
Iam so exited about this. Are you planning to use graphene in the future?
Can that reel to reel play Pink Floyd?
for some reason, i'm attracted to this guy.
Is this based on the work started by MIT?
I think (SP)ARC is a separate project. These guys are in UK
We are working on similar technology to the Commonwealth Fusion Systems team at MIT in that we are developing magnets based on high temperature superconducting materials. We share the belief that these materials are the key to unlocking commercial fusion. There's an old video on our channel from years ago where we talk to Dennis Whyte from MIT about this, long before CFS was formed.
Tokamak Energy - A Faster Way to Fusion thank you for the detailed response... I’ll go and look at the old video... I wish you every success...
Onward to the next step "warp drive"
You could make a sweet Newman Motor with that material! Wouldn't need fusion anymore...
sts tape wound as in the form of a stellarator ?
this is incredible ~ how would you hook a power supply to utilize the magnetic field ? was seeing the coil but did not see where you would attach to a system
and the torrid you displayed was again impressive with that type of field~ there are huge implications with this s a source of potential power source and even utilizing in vehicles and there apparatus ~ and potentially a power generation as well in remote areas where power lines are not feasible
Tony
This is for use in superconducting magnets. Not sure if this is the superconducting material itself or not. It might be the coils that are used alongside the superconducting magnets to energise them. In either case, the superconducting material is submerged in liquid nitrogen, at that tempreture, the magnetic coil becomes superconducting, and current flows unimpeded, even when the power source is removed. For initial energizing of the coils, I'm guessing connections will be added.
Or of course it might be that they energise the coil with magnetic induction.
The holy grail of course is super conductivity at room temreture.
For those who dont know, this company are developing nuclear fusion technology. So these superconducting magnets will be used to confine the plasma.
en.m.wikipedia.org/wiki/Superconducting_magnet
@@martinw245 Liquid nitrogen isn't 20K, you need helium.
@@butsukete1806
No! Classical superconductors required liquid helium. Modern high tempreture superconductors are cooled by liquid nitrogen.
@@martinw245 That is true, however the magnets in this video were operated at 20 Kelvin.
@@martinw245 hi dear I didn't see any connection to the power supply, how it will be energized, @ input and output terminal??
Can you make hts plates and stuck them like carbon fiber sheets to create complex shapes?
I hope he get's his PHD for this! 😲👍👍👍
So in fact you guys finally made the impossible to possible... Nice going now the question is how well it can handle the heat of sun's core :P
all this tokamak plasma twisting.. when ya gunna make it do a z pinch and sustain the pinch point?
you wat ?
I'm happy that I sorta kinda undestood broadly what this is about! haha
ahhh yissssss gimme that sweet sweet fusion power baby!
Any reason not to make coils on a chip fab? Using the very mature 28nm fan process would allow millions of coils per meter
GoldenBunips can chip fabs handle big atoms like ytterbium that are used in these magnets? I’m not dismissing your suggestion in any way, I know little of what can and can’t be done using photolithography.
@Tokamak Energy - A Faster Way to Fusion, the progress i have seen on this channel in the past few months has been amazing! Do you ever plan on testing YBCO coils? Also, will you eventually make your superconductor films in house?
If you're going to need thousands of kilometers of tape for a coil will you make them yourselves or get them wound where the tape is made?
I saw a 3 pack of 3M tape for $10 the other day. Maybe I should let these guys know
The Tokamak indians must be proud
Well if you don't manage fusion, you could be on the way to practical benchtop, ultra high field NMRs...
A man with giant Tesla coils is not to be toyed with.
Operating at 20 K ? I don't understand, are you creating ultracold conditions?
yes.
I’m actually studying to be an aerospace engineer so this means something on a whole other level for me. Though the Tokamak is still the most inefficient, although cheapest, way to create and sustain fusion
Can I please have some of that for my magnetic mobius strip generator prototypes?
It's awesome 👏👏👏👏👏
Nice Coils!
20 Tesla?!? Holy shit..... Coming from an MRI expert for a large corporation, damnnnn
I'm gonna make a motor for my car with this
Maybe I'll power it with a small tokamak
Whenever I think about electromagnets and the wire windings I wondered if wrapping a ribbon of copper around would be better, but I didn't think it would be THAT much better. Well, to be honest I don't know how strong a comparable wire magnet would be either.
HTS magnets!!!
halbach arrangements?
How big are the ones in the tr3b?
In keeping with the ultimate yardstick, called the Kramden Effect, can it core-a-apple Oh physicist of the future?
Maybe not core the apple but cause it to lase.
Will this help loosen the water molecule H2O?
I need some for my subwoofers.
HYPE!!
a 20T magnet, would that pull the iron out of your body if you stood too close while operating?
No, and no magnet would be able to do that. The iron in your body is complexed and then held inside a protein (haemoglobin), and in that form, it isn't magnetic. If you were to release the free iron into the blood in its elemental form (which would kill you), you could then extract it from your body with a magnet.
@@SuperibyP not so sure about that th-cam.com/video/gJeqriqRYYE/w-d-xo.html
Corey Kearney the effect demonstrated in the (very cute) video you linked was diamagnetism, not ferromagnetism. Here is a SciShow video that explains: th-cam.com/video/ZLkP6S6mKsY/w-d-xo.html
It's 4 AM, what the actual fck am I doing with my life.
Superconducting Magnet = Warp Drive
*inhales*
no
what you actually want is a material with negative mass. Not to be confused with anti-matter, anti-matter has positive mass.
superconducting magnet just means that you can maybe build a viable fusion reactor
Very cool... pun
awesome
At first I was like 20 terabyte magnetic tape that's really low capaci-HOLY SHIT
Having spent most of my 50+ years reading about the imminent development of fusion as a power source, I humbly suggest that you just build an actual commercially viable fusion energy source then show us it working.
ok boomer
Hts. Hight temperature super-conductor. @20 kelvin which is -220 c. Yes very hot, much high temp.
Well, it doesn't need helium cooling. I see this as high-temperature.
Ok, to be exact. 20 K requires helium cooling, thats what temperature was tested. Nothing was accomplished here, the lab tests say ~90 K (YBCO), they tested 20 K.... Sounds fisshy
This must have been torture for this engineer to hold back on all the details. I know it would be for me.
Ha ha!
Holy cow. 20 Teslas! That's probably enough to propel some folks into area 51!
@ungratefulmetalpansy I fucked up!) My bad
@ungratefulmetalpansy Academician?