How superconductors could change everything
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- Опубліковано 24 сер 2023
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#Superconductors would change the way we harness electricity and employ #transportation. They would also bring about new types of magnetised #weaponry and the military exploits that come with it.
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Jesus loves you ❤️ please turn to him and repent before it's too late. The end times described in the Bible are already happening in the world.
A video on a debunked subject AND a mobile game sponsorship? This is a lose-lose, mate
What did you really even say in this video? "Play this carpy mobile game. Also, superconductors, if and when we get them, would be a big deal for technology and international politics. Also, play this carpy mobile game."
With the provocative title, I was expecting a lot more than this.
Rather than videos focusing on fairytales and the decline of the Middle East countries, I would have surely expected a video on the most important real life event that happend over the last couple of weeks - the BRICS expansion, making it the future and sealing off the western world's demise. But wait, you're not here only for the views, you're also here to promote western propaganda while ignoring real world achiviements of the opposition.
Btw, any videos about how the Ukrainian offensive is going? :))) Or still working on a romanticized story for it?
Who the fuck are you to draw conclusions? Have you ever lived in the real world except for being a youtuber?
I like how CaspianReport is now reporting on the geopolitical significance of revolutionary scientific innovation. I hope we can expect to see more STEM on this channel.
That will cause black swan after black swan at the rate we are going. Some serious breakthroughs that could give some significant advantages over others. Think about nuclear monopoly today. Wait until thats other critical technologies, and for better or worse most of us will likely live to see it.
I think you'll only see more stem on here as long as it ties to geopolitics.
@@HTV-2_Hypersonic_Glide_Vehicle AGI and it's strategic implications, I guess those warnings Yudkowsky etc all were going on about AI alignment have a point.
I'm a materials scientist. Though I don't work on superconductors, I've been reading papers tied to it for the past few years. If anyone in the comments is a skilled programmer with some knowledge of physics, I HIGHLY encourage you to work on simulation tools for continuum materials. An example of popular simulation software we use is Quantum Espresso, which is free to use. We always need more people working in MatSci theory, now more than ever. Just, be warned that QE is in Fortran, which is a nightmare to work with. Otherwise, there is always VASP, which unfortunately costs money.
Why not just print a superconducting highway using graphene?
@@jollyyeholiver1599 graphene is not a superconductor. It's a semiconductor. While yes, its resistivity is extremely low, and it has the highest electron mobility of any known material, these electrons are ballistic bonds, meaning the number of electrons is very low. Plus, graphene is still quite expensive to mass produce. While you could get some kind of faux-superconductivity with many many layers of graphene and boron nitride stacked over one another, you'd have to do that thousands of times, which isn't currently practical. Plus, mass production of boron nitride sheets is also an expensive process.
How did u become a material sciencet, what was ur edcuation and career jourany
@@Bell_plejdo568p I did a BS and MS in materials science and engineering, and I'm currently doing a PhD in chemistry.
Any recommendations for other bits of software or libraries to look at? I do some (unrelated) sim tech work in my free time, been thinking of contributing to other people's projects
This is so speculative, even if they would actually discover room temperature superconductors, if you take into account the investment necessary to apply them on the scale you are presenting, it might take forever...
well there is this little thing called "greed".
This doesn't really take into consideration military grade investment into the applied side of this for weapons technology.
A major issue for Laser tech is power out put vs heat.
+
Others systems have similar power related issues.
So because of the direct military applications into improving current technologies ability to function under higher power load.
I would expect that at least the USA DARPA would take this line tec and run with it.
Possibly pressuring Congress into requiring it in future weapons designs.
Then this tec moves farther out because much of USA weapons tec eventually ends up in the civilian market place.
Here is Zeihan to pour water on super conductor hopes, and others like Small Modular Reactors, ua-cam.com/video/fF4YTDsxcnc/v-deo.html
Not even considering this "magic material" is likely to be extremely rare or we'd likely have found something by now. Replacing the entire US energy grid, let alone the WORLD is a laughable joke. An interesting video if you have no experience/knowledge with superconductors but nothing but speculation of "what if" in an absolutely PERFECT situation.
Superconductors feel like Fusion. World changing, but always 30 years away.
That quip is way out of date for both really
We're in the century of breakthroughs. Fusion energy, room-temperature superconductors, artificial general intelligence, quantum computers, renewed space exploration, the next-generation ion drive... This is something bound to happen this century. Those of us writing in the comment section might not live long enough to see these inventions deployed to their fullest extent, but we might witness their origins.
How I envy those of lucky ones who will be born in the 22nd century. Or perhaps they'll be saying the same about those in the 23rd century. I have no doubt the next century will focus their efforts on the last frontier. Who knows, maybe space colonization and warp drives will be their crowning achievements and it'll be up to their descendants to explore the galaxy.
Room temperature superconductors exist since the '70s... Unless they figure out a way for these superconductors to NOT be extremely brittle, they wont change a single thing...
I also dont want to burst your bubble but I dont think we will live to see commercial deployment of Fusion technology. Maybe ITER, maybe...
I would not envy the 22nd century, if we wont resolve the climate and energy issues. You can call me a fatalist, but its really difficult to survive anywhere BUT Earth (try Antarctica and that still has an atmosphere, if you want a Mars experience) and given our current trajectory, most of the human population will be suffering. If you believe that you will be part of that 1% that will be able to insulate itself, good for you. I dont...
Uh… nothing human makes it out of the near future 🤪😜🥰
Retro-disease. Nanospasm.
What a time to be alive!😊
Era of Aquarius - all the breakthroughs you mentioned is very topical for Aquarius's Ear... This is what we were expecting to happen during this Era .
Here before CaspianReport changes the thumbnail again after 24 hours
Title may be a little clickbait but it's funny seeing everyone leave comments about it without actually watching it.
He has updated the title now fortunately
I was expecting Masterworks to be the sponsor for this one...
I wonder if a George Condo painting could be a room temperature superconducter?
Because LK-99 was a scam, too? 😅
A súper conductor train that would go 7000 miles per hour?!? I don’t think that would be possible, not in our biosphere. I mean the super conductors would allow faster trains for sure but there would be limitations due to the laws of friction !
Maybe the track can be built in an underground/surface tunnel with vaccum
@@stefan-simionsamfirescu6122 Yeah, but that have the same problems as the proposed "hyperloop", where you'll have to build a vacuum system that is thousands of times bigger then the currently biggest system to equal a short metro line. Not to forget that you'll have to have locks and regulators, but if ANY of them fails (modern industrial equipment, etc. usually operate with a 2% failure rate per year), the subsequent introduction of oxygen would cause a few hundred meters to be ripped apart in an instance, and anybody inside would die due to g-forces. The logistical challenges in maintaining such a system are so far beyond anything we do today that I don't see it happening. Just look at how often planes have to be inspected top-to-bottom, and a vacuum tunnel would require a magnitude more maintenance for the same surface area.
@@andreassagalso nobody needs to get anywhere that far that fast. Just the amount of material when you can just fly. It’s ridiculous to consider.
I'm unsubscribing for his statement on this 😂
@@bryanutility9609
We don't really want to travel that far that fast in bulk. Our Consciousness can fly by the speed of light across vast distances if we have the proper equipment.
Telepresence is far quicker and often superior to Meatpresence unless meat 🍖 is truly what we want. Nothing can beat Meatpresence but in most encounters we only use our two more remote-reaching senses of sight and hearing. Both of which we already have the technologies to connect over vast distances nearly instantaneously within tens of seconds. Other senses such as touch, smell, and taste are less telecommunicable.
>China
>Largest Renewable Powerhouse
>literally putting a new coal plant online every day since 2020
>lol
I’m not sold on superconductors making these levels of radical changes globally. I feel like a boat load of assumptions are made. How financially feasible is rebuilding all this infrastructure around eliminating a 10% transmission loss? Wouldn’t natural gas producers still benefit from superconductors? The global economy is going to be in the toilet for years to come and even wealthy countries are struggling to invest into infrastructure. I’d love to be wrong but this seems like something that would almost entirely be used for like 1-2 militaries and maybe like a couple rail lines.
Best uses would be motors, generators, transistors and such or lower voltage local power lines.
Its the same as talk about FTL and Fusion. Not likely in our lifetime. Always 20 years away. Thats why the 'breakthrough' was so huge. Without the breakthrough its a nothing-subject for the general masses.
I'm pretty sure the gain is more than 10%, superconductors can achieve near zero resistance so at least a 50% increase over traditional conductors if not more.
No resistance means less heat waste, which also means potentially less maintenance and part replacement. It also means longer power lines are feasible, such as from Morocco to Spain, or Australia to Singapore. Natural gas producers would face reduced demand as their customers no longer need as much to maintain power generation, and the transition to renewables could proceed quicker. A solar plant with a superconducting connection to the grid and storage would have minimal maintenance cost and no fuel cost, so the variable cost of production is extremely low. The fixed cost of producing the power plant could be more than recouped within a decade, making power very cheap throughout the world.
@@ibrahimabimbola6101 If such a thing is possible, there is no way it would be abundant enough to replace all traditional conductors. We don't have enough copper as it is!
I wish you would post more. I love your content, insights and narration.
LK-99 fell off quick, sadly.
"Say you didn't watch the video without saying you didn't watch the video"
it wasnt south korean also as he said it was a dude in china that made it all up and it was obvious from the start
L + ratio + fell off
@@andreivaldez2929 I’m simply agreeing with what he said in the video.
@@andreivaldez2929please explain
Edit: I see the title was changed. New one is much better
Maybe the title should be changed to "How room-temperature superconductors would change the world"
With LK99 seemingly a bust, we're back to where we started: hypothetical conjecture. There's no telling if a room temperature superconductor will be found in our lifetimes. It's not accurate for the title to say they're "about to change everything"
Even then, room temperature superconductors won't change much
What was the first title?
LK-99 hasn't been disproven quite yet. The jury is still out
I agree that the jury is still deliberating. Meissner Effect to me is a big deal. I can't determine how long the full levitation was due to the short duration of the videoclip.
If the Meissner Effect can last for hours and hours, we have applications for it.
@@icoold420"Superconductors are about to change everything"
Another great episode Shirvan! I always appreciate your research and insight into topics. I look forward to every episode! Keep it up! Awesome job you are doing with your channel!
People, watch the video before commenting.
Thank you for all of your hard work
Quantum Chemistry is the new wave. Who knew everyone would be a metaphysicist in the future
Don't worry, that's going away soon too
Only for the A.I. comrade, we humans will leave our mark in the form of our children. The machines.
Hardly new. It's been around for a good while. It's just that we have better tools to study it now. Though we are hitting a bit of a bottleneck right now, especially for aperiodic systems.
Very few people are smart enough and there are few job opportunities.
For a second I thought this was going to be purely scientific and then BOOM, geo strategies! Classic Caspian Report.
7:20 Twenty minutes coast to coast? That would be twenty minutes at Mach 11 (ELEVEN).
Sir Isaac Newton called and wants to talk about acceleration and stuff...
And deceleration.
Internet material physicists coming out of the woodwork 😂
Science fiction in the past can be the reality for the future.
It's already dead. It was copper sulfide that was responsible for its superconductor like properties.
Did you even watch the video?
Upvote if you didn't watch the video and immediately went to the comments section to stroke your own ego.
No he commented before getting even a minute in
it was iron impurity actuallu making it diamagnetic hence why it lifted up
then it require doping, either way it is possible from looks of it.
The real game changer is going to be when that flux capacitor comes out.
But there are no DeLoreans left............are there.
The game changer for my parental family was the General Electric double-door freezer and refrigerator. It was a time-saving machine for my Mom not having to go shopping for food every day. She worked more time and earned the money for funding our airfares to immigrate to America.
Great video as always.
Nice irony that after such heavy words an Add starts for a game of War.
Keep up the amazing work
sahoul
Coast to coast in 20 minutes? No Sir, there are other considerations than power usage.
Combined with the fission breakthrough recently, that’s a combo as powerful as computers & internet
You mean fusion.
@@heidirabenau511 exactly.
Fission was used for creating energy since the 1950s and it was perfected somewhere in the 1970s lmao
Which fusion breakthrough, the one where they claimed to achieve an energy positive reaction while casually dropping the fact, that they used a huge laser and that the energy consumption and loss of said laser was left out of the equation? Riiiight...
0:08: LK 99 was briefly hyped as a revolutionary superconductor, leading to a surge in stocks tied to relevant technologies.
1:16: Room temperature superconductors would have significant implications for energy abundance and geopolitical transformations.
2:07: War Thunder is a comprehensive vehicle combat game with historically accurate tanks, planes, helicopters, and ships.
7:15: Transportation would be transformed with magnetically levitated trains and reduced shipping costs.
7:49: Room temperature superconductors could boost the development of quantum computers and enable high-speed computing.
9:26: Military systems would become lighter and more efficient with room temperature superconductors.
Recap by Tammy AI
LMAO
Correct
With this incident as an opportunity, please add Korean subtitles.
This video is truly about a sci-fi dream, and thank you for making my day better, thinking that one day, people after us could have that life. We always should make our world better.
The dreams of yesterday are the realities of today and the banes and curses of tomorrow.
I lived long enough to notice that about air-conditioned taxis in Hong Kong. I've got air conditioning now but even in America sitting in a traffic jam is still no fun !
The other people also have cars and cars and cars and cars... 😂 !
I hope that LK-99 will not be widely used because it contains lead which is neurotoxic and breeds violence tendencies. As I believe that there are a number of such superconductors to be discovered, I would like one without neurotoxicity to humans.
Skip the in video AD! 3:17 SAY NO TO YTer Double Dipping!
I have been hearing about super conductors for the last ten years! Still waiting!
exist since forever, we know that for over 100 years. go to a school
Just like fusion.
@@BigWilmson did you reply to the wrong comment? They said they'd heard of it so your first sentence seems nonsensical. "Go to school" is a classic irony though.
You can wait 20 more...
Superconductors. Get them now!
Australia won't do shit economically as those huge Tarantulas will slowly take over over the next decade
Crystal Ball says nothing special from here
Tbf we have known about graphene as a room temperature superconductor for a while now. It's just proving a nightmare to produce in anything greater than small flakes, which is why the hype train about it has been quite for a while now
It’s not superconductor tho.
@@bryanutility9609 Google "graphene superconductor" literally the first result is an MIT article about it
Let’s hope that some A.I. will invent this superconducting material
Just asked chatGPT to do it for me and make me rich but it said no. 😅
I like the colour you gave france on the map.. makes it seems as if france was just a bad dream
The lost civilization of Francelantis!
LK 99 has to be revolutionary. Signed, L. A. K.
Remind me of Unobtainium from Avatar😂
Excellent report 👍
"Room temperature superconductors"
éven if I am an 80 year old grandpa when this is invented I'm gonna buy hoberboards for me and my grandchildren.
thank you for deleting france from the map lol
Great presentation
Impossible nuclear fusion reactor is more possible than superconductor in room temperature
Bro that “super conductor” was ultra debunked
Great video! Can I ask how you think Canada would be effected by this or what the numbers on your map meant?
Looks like bls oil/day and power stations
Your government is so poor it won’t facilitate any success.
Canada is a joke 🤣
He gave the numbers before they showed in the map.
Oil and electricity production.
I predict room temperature superconductors will become available 20 years after CHEAP fuson energy becomes available
You know you can buy a room temperature superconductor for like 10 dollars, right? They are a thing since the '70s...
@@Spectification No? At least you should mention the name of the material, because as far as I know there are no readily available. Of course we have graphene, but it is a pain to do anything, but making small sheets out of it.
@@andreassag Yttrium barium copper oxide for example.
Its not about the difficulty of making sheets. Its about the fact, that high-temperature superconductors have very brittle, brick like material properties which is why we use superconductors with properties of metals, that just need to be cooled down with nitrogen or helium (which are relatively cheap anyways).
Guy thinks he's nostrodomus
If that breakthrough was real then it still would make no difference until it could be produced at scale in a cost competitive way. Same thing goes for fusion reactors. Fusion is possible and could be a huge breakthrough if the reactor could be produced at a reasonable price. Re running all power lines in the world with a material that is much more rare and expensive than copper will never happen.
The biggest problem with fusion isn't at the moment to produce it at a reasonable price, but to sustain a reaction for a long time. We just recently managed to produce a reaction that was able to produce more energy, then it consumed for sustainment. The other problem that has yet to be solved, is the neutron balance. Currently, no reaction can be sustained for very long because neutrons will escape, causing the reaction to "run out of fuel" because the reaction is unable to produce an equilibrium of tritium.
It would make a huge difference within the military sector, that's for sure!
Radars would require only a fraction of the power they need nowadays and heat would no longer be a problem.
The ability to see you oponent win wars!
This would be so revolutionary that it would avoid wars!!
There exists *aneutronic* fusion using boron and high-energy protons as initiators. Its product being helium nuclei makes the harvesting of the fusion-released energy much easier than from neutrons.
Neutrons make materials brittle and their lacking electrical charge makes them hard to work with to harvest their energy. Helium nuclei also known as alpha particles are electrically positive-charged so they are vastly easier to work with to harvest their energy.
There's a breakthrough!
Alright people, chill out.
super conductors at room temperature are a pipe dream, it's like getting free energy, it's impossible and a waste of time !!!
Imagine going from coast to coast in North America in 20 minutes. Imagine the inadvertent living stuff you would have to eliminate for it being a strike hazard.
Fascinating. I wonder how likely it is that we achieve it this century?
Imagine a world without any of that!!! You know, like when we were kids
Great video.
7:22 east to west coast in 20 minutes? speed = distance/time. the shortest distance as far as i know is san diego to brunswick with 3300km. 3300/20 which is 165. 165 kilometres per minute. times 60 thats 9900kmh. seems a bit fast .mag lev trains currenty go around 500kmh. heck the fastest plane only reached 7200kmh.
RTSC would not help with power dissipation during transistor switching. The end of moore's law would still loom large.
Most High temperature SC still require heavy engineering to sustain high magnetic fields and high currents.
Room temperature is much more convenient for applications than the cryogenic high temperature.
The video shows a normal magnet
Sounds like a recipe for land powers increasing in strength relative to naval powers.
Can you talk about the geopolitics of nuclear fusion?😊
Nuclear fusion will be hear in the next 20 years, never 19 years, always 20 years.
Up
Cool!
Lk-99 hasnt been fully confirmed. The evidence and recipe is still available and open.
Have you seen the US Navy patent for a room temp superconductor? Look it up.
DAMN!
Lk99 is a superconductor
The Quantum Energy Research Institute will announce it soon
I remember making a school project where I said this would happen.
It's always the latest technology are being use in war. While scientist want the application to be use for civilians purpose, the one in power will always goes in for the military purpose first.
I think you’ve jumped the shark.
Anything that said to expected to change everything - you can safely expect it won't.
Not true. Look up old videos, from 60s, 70s, what they were saying about plastics for example. It's like listening someone in 2012, 2013 talk about graphene - the material of the future! And it did change the way we live, even more when 3D printers came around.
Changes take time. Give it 10-15 years and the world will not be as you see it now if big companies start mass production of supercoductors soon.
@@500features Majority of plastics are derived from oil, so, technicaly, wars were fought over it. But, now seriously, when it comes to materials, nothing comes as close as plastics. Just half a century ago, the world was made of wood, steel and rubber. It's just everywhere, I can not find any area of our everyday life that was not changed by plastics.
@@StankoAxplastics for food & clothing are poisoning us. Also they are not really recyclable. It’s a trash container society.
I guess you mean 99% of the time it wont
What do call the Industrial Revolution? Or the development of advanced semiconductors?
These were undoubtedly game-changers that changed everything. The same applies to potential room-temperature superconductors.
37 years ago, I invented the Super-Conducting Electromagnetic Levitation and Propulsion (SCELP) engine. All I needed was the super-conducting magnets to make it work -- oh, and some way to control acceleration and deceleration.
I also saw the World changing because of my invention, which, of course, someone else had thought up, before I did. Still couldn't go faster than light.
Are you from humboldt?
@@xw591 Yes, but, there is no 'here' here, ya hear?
Im a geologist. This sounds like a promising wonderfull next century but we are tasked with finding and extracting the resources needed on an industrial scale to furnish the expanding market.
Running out of petrochemical resources is minor compared to geometrical diminishing metallic resources
If room temperature superconductors actually get developed, Russia and Saudi Arabia (just to name a few) would be so scewed.
Depends on what materials are required.
@@LordOfLight
Whatever those material might be, it would result in a dramatic (multiple orders of magnitude) reduction in energy demands, such a oil.
@@ycplum7062 Yes, and an increase in materials required to MAKE superconductors. Have you any idea how many uses oil is put to?
@@LordOfLight
A very good idea. However, as more of these superconductors get produced, the oil usage decreases, hurting Russia and Saudia Arabia in the long run. Note that I am talking decades down the road, not years.
While oil will be needed as an industrial input, teh demand for oil over will drop. Oil is a somewhat inelastic commodity. Many countries need to sell oil since a significant part of their economy is dependent on its sale. The price will drop drastically.
It should also be noted that natural gas can be used to substitute for oil, abet requiring more processing and added cost. However, shale oil is starting to drive the price of natural gas and oil down.
Interesting but there was a bit of pie-in-the-sky when describing the building of a coast to coast high speed train line in the US. Depending on the route there would be one, two or three mountain ranges to tunnel through, and that would be expensive. In the real world, land is not free, at least in democratic countries, so land would have to be bought for such a line, a very expensive proposition in the relatively densely populated [5.4K+ per km2/14K per sq mi] areas like the Northeast. Speculation is often a good thing, but I like to keep it attached to reality.
Eminent domain
@@SignalLost730 Each state as well as Federal jurisdictions and Native American reservations have different laws, and legal procedures for eminent domain, which can be both expensive and time consuming, and don't forget the potential for appeals.
Public opposition, demonstrations, and land seizure costs in the densely populated Boston area caused the project to continue Interstate 95 directly through the heart of the city to be abandoned after about 1 mile of progress north from the ring road [128].
@@JMM33RanMAare you really taking the 1970s freeway revolt as an example for setback against new railroads?
@@HHoef I reported facts. Whether or not things that happened in the past affect the future, is a matter of conjecture. I can't prove that the inconvenient facts will affect the future, but neither can you disprove it.
@@JMM33RanMA I'm from Boston so I'm familiar with it. One addition would be that it took years longer and cost billions more than originally budgeted. However I think we're comparing apples to oranges. You could easily make a magnetic levitation rail outside of a major city, and eminent domain wouldn't be as much of an issue out west or when boring through the Rockies despite how expensive that part of it would be. There's plenty of land that a 20-minute train ride from the outskirts of LA to NY or Boston is much more feasible than taking an established interstate highway that rests in the center of a 400 old city, and wiping it away while you dig under the city right off the shoreline -- shoreline which was originally swamp and bog land until the settlers had to expand city limits and kept filling it in with rubble and debris. The reduction in ticket cost and travel time would justify driving 30 to 60 minutes from the station to the city, or just hopping on a more conventional train station from the mag rail one.
What kind of music sounds at the beginning?
04:00 that's not how electrons work, but we get the point.
RTSC (room temperature super conductor)
So far it's all hype
Wasn’t this a few years ago and nothing came of it?? This shit comes up like once a year or so.
Just like In a movie Troy..!!
min 11:51 diplomacy turn to a legal battlefield over intellectual property, wow
A lot of could be's with room temperature superconductors. The problem is, even if it is practically possible to develop, it would have to be cost-competitive with current technologies, and there is almost no world in which that would happen. I understand why it makes sense to talk about the ramifications, and the SEO value of this subject, but its really not a technology worth investing in before more low hanging fruit.
We can't see the ramifications...
The first viable use would be in the military.
Radars would surpass nowadays limitations giving the technology pioneer an enormous advantage.
didn't they proved it was a hoax
00:32 Thats all I needed to hear. Ive heard/read the theory, I expected you to elaborate on the new finding, because why cover a topic thats been done to death when there have been no significant updates?
we can dream
"What if something impossible was possible? Other now impossible things would become possible."
What a revelation.
Hyperbolic. Enough said. Knowledge of these things will be kept away from humanity because of its monetary value.
😂😂😂at the END of the video He talks about a new video game about war and tanks and jet fighters. The irony is funny
Marty mcfly we are getting closer
Case study in how long these productions actually take.
Yes. I don't get why he published it though. Sure, a bummer to put the work and time into a dud like that, but in such a case you need to cut your losses instead of putting out stuff that harms the credibility of your channel.
Case study in how people don't really watch before commenting
@@TrangleC I don't think it hurts the credibility. These things take up loads of time and resources, might as well put it up. And whose to say that upcoming news won't make it suddenly relevant?
It's like a fisherman that takes his bucket of bait to the pier, and tries to fish. But there are no fish biting so he goes home. But before he does, he tosses the bucket of bait in the water off the pier. Why? Because once the fish associate that area with a place that they can eat, they'll spend more time there in the future, and that's when he'll make his future catch.
@@CJusticeHappen21 People aren't fish though. People remember when a channel told them BS and they will question other things they hear from that source in the future.
Or if we have to use fish as a analogy, this is like throwing a stone into the water instead of chum and scaring away the fish.
@@Ivan-bg1jp It is a video about the supposed coming age of superconductors and the reason he made this video now turned out to be either a silly hoax or a embarrassing mistake and we are no nearer to the age of superconductors now than we were before the hoax/mistake.
You should prepare better for this video
FMA?
I'm not seeing Superconductors having major impact on energy transport on early stages of the technology...
But applied to military radars would Change War overnight.
Levitation technologies could have a major impact as well, not sure in wich field however.
It's the thing about the future... if we were able to see it than it would become the present.
I didnt get this video in my notifications.. weird
It may happen in next 100 years but not in the next 5 - 10 years
Yeee who have little faith
Guy gotta make his monies with clickbaity title, all YTers do
@@Bluefalcon6154 Discrimination (differentiation) is the crown jewel of wisdom
- Vishnugupt Kautalya Chanakya ( Indian polymath and guru to Chandragupt Maurya ) 225 BC
From Arthashastra his political guide book ( very practical and cold hearted) . Read at your own discretion
@@mur4s4m3 he does , c'mon who doesn't like money. If he can get a little money by compromising his audience a little , he will
LK-99 turns out to be a false
Same with tachyon beams
That was a lot of stock footage of Seattle when you were talking about the city of the future. I appreciated it as a local.