Hi, weißt Du wie die Magneten aufgebaut sind auf dem die Bahn fährt? wo liegen Plus und Minus Pol? Irgendwie erstaunlich, wenn man immer + an - und - an + macht bekommt man doch keine 3 Reihen die nebeneinander liegen hin, oder?^^
I don't suppose anyone will know the answer to this but, how long does a given quantity of nitrogen cool the super magnet for? i.e assuming train + passengers weighs 50 tonnes, how much liquid nitrogen would be required to keep magnet cool for a distance of 10 miles?
Bit of a pain having to have a constant supply of liquid nitrogen, but that's really cool. Especially the trams going round the side of the buiulding at the end. Very cool!
find ich ne prima sache der einzigste haken is halt das das ding gekühlt werden muss.... und da kostets wieder energie :-( sonst iss es ne echt interresante technologie
Cool toy. I've watched a few superconductor videos like this, and they're just so perplexing, on one hand, the magnets repel eachother, but don't fly apart, but it can follow an oval track that its repelling? Its so weird how it works
the train moves by the magnetic power that is stored in the track, it goes along the train or u shud say train goes along by it!!!for starting n stopping air pressure is needed. Das ist Deutsch Bahn!!!
the train moves by the magnetic power that is stored in the track, it goes along the train or u shud say train goes along by it!!!for starting n stopping air pressure is needed. Das ist Deutsch Bahn!!!
Your explaination make me understand how it float. But my next question is how it move? I mean what energy make it move? I thought liquid Nitrogen function to stabiles the magnet pole make it floating but what make it move, I saw he push the train to start..
So is the track make out of magnets itself, or is it just a ferromagnetic material? I would think it needs to be made out of magnets with the opposite poles the trains magnet pointing up. This way the magnets repel each other, allowing the train to float.
What I don't understand is how the train seems to memorize it's position in the center of the tracks. If you take two repelling magnets and place them on top of each other with no physical guidance, the magnets will repel, but will also veer off to the side since they are trying to get their poles aligned properly. I'm not quite understanding why this isn't happening here. I'm not too clear on how superconductors work exactly, so that may have to do with my confusion. Any suggestions?
Superconductors aren't normally magnets, they repell the magnetic field completely, meaning the field lines go around them. This results in holding the magnet in a fix position, attracting it when it goes to far away and repel it when it comes to close.
+ the maglev uses a completely different principle ... as you will first notice the baglev has guides on the track... this does not... maglev eploys normal electromagnets this doesn't, the maglev actually needs a track, aditional to the magnetic lane to start off... this doesn't...etc...etc..etc... maglev is 1700 technology at its best, this is 1950+ technology in its infancy...
Dude, they didn't have supercooled superconductors in the 50's........ But I guess you'd have to understand German to realize what they were talking about.
superconductors were known to the scientific comunity long before the 50's :) check for instance the wikipage on this: "Superconductivity was discovered in 1911 by Heike Kamerlingh Onnes"
a eso se le llama un superconductor...un material sometido a un exceso de temperatura.. pierde su resistencia... por eso nececita enfriar el magneto con nitrógeno...
the liquid nitrogen allows the train to float on one axis of magnets instead of multiple. in other words, if you put same poles together on a normal magnet it rocks and wont stabilize, but the liquid nitrogen lets it stabilize and hover
This is very cool... literally! In particular, I thought that the way it worked even upside-down or sideways was interesting. Still, I don't think I'll be buying the five-year-old a toy that requires that he mess around with liquid nitrogen.
And yeah, I realize it's a grown-up toy. Wouldn't mind having one myself.
the magnet is supercooled, so there is no resistance and induced currents can flow freely in the magnet. Its cooled a certain distance from the magnet so that any change in distance induces currents in the magnet that create a magnetic field that attract or repel hte magnet back to its original position.
Wunderbar! Einfach toll!
Wie kann man das wohl Alltags tauglich machen?
Parmenides111 3 months ago
Hi, weißt Du wie die Magneten aufgebaut sind auf dem die Bahn fährt? wo liegen Plus und Minus Pol? Irgendwie erstaunlich, wenn man immer + an - und - an + macht bekommt man doch keine 3 Reihen die nebeneinander liegen hin, oder?^^
DonPohlino 1 year ago
I don't suppose anyone will know the answer to this but, how long does a given quantity of nitrogen cool the super magnet for? i.e assuming train + passengers weighs 50 tonnes, how much liquid nitrogen would be required to keep magnet cool for a distance of 10 miles?
sewageable 1 year ago
Awesome!
curea229 2 years ago
Wow. I love how the train rides on the side of the building at 4:02
ZaamTheMan 2 years ago
Bit of a pain having to have a constant supply of liquid nitrogen, but that's really cool. Especially the trams going round the side of the buiulding at the end. Very cool!
MHunt1000 2 years ago
I need a superconducting toy train. Would be the ultimate party gadget plus make great cocktails...
markkragh 2 years ago
find ich ne prima sache der einzigste haken is halt das das ding gekühlt werden muss.... und da kostets wieder energie :-( sonst iss es ne echt interresante technologie
Ossiauto601 2 years ago
great it uses nitrogen as fuel :P
NeoGen89 2 years ago
Cool toy. I've watched a few superconductor videos like this, and they're just so perplexing, on one hand, the magnets repel eachother, but don't fly apart, but it can follow an oval track that its repelling? Its so weird how it works
jbrun009 2 years ago
looks safe for children
jbrun009 2 years ago
Nice... but how can I stop the train in case of problem ?
lepivert 2 years ago
spettaolare!!!
grugno1986 3 years ago
its got mean body roll
mudaphucker 3 years ago
see the germans are the best they make smart things and awsome toy trians go germans!!!!!!!!!!!
skatermanrules 3 years ago
i know the trick here.... they are using two positive or two negative ends to make it float... i know it ;) j/k
w1ngzer0 3 years ago
Surely using magnets in the roads and in our cars, the same thing can then apply?
LexManSubs 3 years ago
the train moves by the magnetic power that is stored in the track, it goes along the train or u shud say train goes along by it!!!for starting n stopping air pressure is needed. Das ist Deutsch Bahn!!!
anurag0240 3 years ago
the train moves by the magnetic power that is stored in the track, it goes along the train or u shud say train goes along by it!!!for starting n stopping air pressure is needed. Das ist Deutsch Bahn!!!
anurag0240 3 years ago
Would you mind put some subtitles on this video ?
I speak portuguese/english and i'm not understanding ANYTHING ahhahaah
---
waiting for english subtitle
psassaki 3 years ago
sorry, i didn't look at the description ...
psassaki 3 years ago
the one going sideways was the best, if there weren't those megnet stuff the train would probably fall. (nice video)!!
dragonscape99 3 years ago
Man thats the perfect gift for my kids, cant wait to see the nasty shit burns they get from the liquid nitrogen
74KU 3 years ago
im not sure this works xD
TheGondorian 3 years ago
Your explaination make me understand how it float. But my next question is how it move? I mean what energy make it move? I thought liquid Nitrogen function to stabiles the magnet pole make it floating but what make it move, I saw he push the train to start..
lipanbara69 3 years ago
to make it move you push it or aplie a small force to it, as there is practicly no friction exept for air resistance it keeps going for ages :)
02phill 3 years ago
The train in reality does have wheals (at lease in the Japanese version) which once the train hits a specific speed, they retracted.
pittim 3 years ago
it's like that
jaahnaa 3 years ago
Cool
mboro03 3 years ago
I havent seen this in a wile
Ynazzra67 3 years ago
ahahhhahaha cute
elibol1010 3 years ago
ahahhhahaha cute
elibol1010 3 years ago
Warning: Children's shattered fingers may pose a choking hazard.
kwg06516 3 years ago
Aww the cute little train!
stevieduemler 3 years ago
I have uploaded the english Version of this Video today.
bluealien23 3 years ago
Nice!! i hope they will make some real of these hover trains..
but why does it to be frozen?
jakexdk 3 years ago
When frozen, the magnet becomes supercharged, formoing an almost unbreakable bond. The same also happens when the material is superheated.
videojosh20 3 years ago
oh ok..
Thx!!
jakexdk 3 years ago
Happy to help
videojosh20 3 years ago
Happy to help
videojosh20 3 years ago
Deutsch: Also, das ist der Hammer! Deutsche Ingenieurskunst!
English: Well, that's great! German engineering!
tapdancingbondfreak 3 years ago
I don't understand the language, but I immediately thought that space may be cold enough to eliminate the need for frozen nitrogen.
soldog 4 years ago
I did not understand a word you said but you saved my science fair project. Thank you!!!
Spoiledtexan44 4 years ago 4
Germans can build anything...
iamfumanchu 4 years ago
I've heard of a maglev locomotion system could potentially propell a vehicle from 0 to 2000km/h in 18 seconds, but it would tear the thing a part.
Anarchemitis 4 years ago
good video, too bad I can't speak german.
frizspin175 4 years ago
hey petpatrol its only 500kmh not 5000 if it went so fast then we can have maglevs 4 rockets ^_^
inowannabe 4 years ago
tats gud but were 2 get sme linquid nitrogen.......ebay???
inowannabe 4 years ago
i must say the germans did a good job
einmalaso 4 years ago
Gosh Can't believe it. Tomorrow id today...
But a question... How much energy would you need to keep this cold enough ? :-( Lots of work here for future use :-)
superkikim 4 years ago
hmmm very interesting
rspike462 4 years ago
Very cool stuff.
P.S. English sounds the same when you play it backwards.
Screwhammmer 4 years ago
I looks like it wil be very cold for my feet in af fullscale train like this ;-)
But looks very exiting.
wwwvisitaalborgcom 4 years ago
buta what whhhhaaatttt?...
gameshock94 4 years ago
Interesting.
zaphod3099 4 years ago
So is the track make out of magnets itself, or is it just a ferromagnetic material? I would think it needs to be made out of magnets with the opposite poles the trains magnet pointing up. This way the magnets repel each other, allowing the train to float.
woofboy111 4 years ago
What I don't understand is how the train seems to memorize it's position in the center of the tracks. If you take two repelling magnets and place them on top of each other with no physical guidance, the magnets will repel, but will also veer off to the side since they are trying to get their poles aligned properly. I'm not quite understanding why this isn't happening here. I'm not too clear on how superconductors work exactly, so that may have to do with my confusion. Any suggestions?
woofboy111 4 years ago
Superconductors aren't normally magnets, they repell the magnetic field completely, meaning the field lines go around them. This results in holding the magnet in a fix position, attracting it when it goes to far away and repel it when it comes to close.
bruer123 4 years ago
Oh no, no more flattening pennies.
mdeonx12 4 years ago
haHHAHAh! funny, and true. what's also funny is "ShtigShtog" 0.36
mhr2608 4 years ago
is this Marklin?
boeingguy223 4 years ago
who would play with liquid nitrogen
sonicdistortion12 4 years ago
That's amazing! I was very surprised when it went super fast around the track and didn't fall off.
rml695 4 years ago
The real Maglev train, which works around this principle, goes about 5000kmph, look for it on youtube.
Petpatrol2 4 years ago
1 too many zeros
sonicdistortion12 4 years ago
+ the maglev uses a completely different principle ... as you will first notice the baglev has guides on the track... this does not... maglev eploys normal electromagnets this doesn't, the maglev actually needs a track, aditional to the magnetic lane to start off... this doesn't...etc...etc..etc... maglev is 1700 technology at its best, this is 1950+ technology in its infancy...
navy2kq 3 years ago
Dude, they didn't have supercooled superconductors in the 50's........ But I guess you'd have to understand German to realize what they were talking about.
naelius 2 years ago
superconductors were known to the scientific comunity long before the 50's :) check for instance the wikipage on this: "Superconductivity was discovered in 1911 by Heike Kamerlingh Onnes"
navy2kq 2 years ago
a eso se le llama un superconductor...un material sometido a un exceso de temperatura.. pierde su resistencia... por eso nececita enfriar el magneto con nitrógeno...
Brauerwolf 4 years ago
you need to understand german to understand how cool that is
78f2504x4 4 years ago 2
whats the liquid nitrogen 4 and isnt that a little dangerous for kids
??/
guitarguy950 4 years ago 2
the liquid nitrogen allows the train to float on one axis of magnets instead of multiple. in other words, if you put same poles together on a normal magnet it rocks and wont stabilize, but the liquid nitrogen lets it stabilize and hover
budsiskos 4 years ago 3
basically yes liquid nitrogen is dangerous for kids,
and no it's not a toy, this is just part of a research project
asmo5956 4 years ago
that's not a toyyyyy. what kid is allowed to play with liquid nitrogen?
kumatador 4 years ago 2
This comment has received too many negative votes show
if they switch model trains with this POS im gonna beat the shit outta them!
thetreeregimovies 4 years ago
thats sick! u could hang the train upside down and it would still go around!
mmamaster971 4 years ago 4
This is really cool! Amazing what you can do with just a simple magnet and liquid nitrogen!
holonat 4 years ago
I broke into laughter upon seeing the sideways train coupled with that cheesy music :P
Anyway, this looks like great fun.
Cymro32 4 years ago
Very nice. Defenetly a future for magnetic
technology
solpilen 4 years ago
This is to cool. Neat.
zattss 4 years ago
This is very cool... literally! In particular, I thought that the way it worked even upside-down or sideways was interesting. Still, I don't think I'll be buying the five-year-old a toy that requires that he mess around with liquid nitrogen.
And yeah, I realize it's a grown-up toy. Wouldn't mind having one myself.
SailorBarsoom 4 years ago
make a good chrismas present.......but were would you get liquid nitrogen.....walmart
alecdddd 4 years ago 4
and if you did, would you trust a child with it?
uberstupidmove 4 years ago
very nice video !
sanddragon99 4 years ago
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catsmithyu 4 years ago
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Kea
catsmithyu 4 years ago
This clip was very interesting, but I wish it was translated into english.
michaelmohrmann 4 years ago 3
WHAT IS HE SAYING!!!!!!!!!!!!!!!!! lol
penled 4 years ago
wow amazing
lucky8919 4 years ago
o ne lan göt kadar
Amerotke 4 years ago
the magnet is supercooled, so there is no resistance and induced currents can flow freely in the magnet. Its cooled a certain distance from the magnet so that any change in distance induces currents in the magnet that create a magnetic field that attract or repel hte magnet back to its original position.
manoverboarddd 4 years ago
quite interesting it is the adult toy
Maglevkits 4 years ago
increditble !,
will it be the world of magnet in the future ?
eng3118 4 years ago
Why does the magnet in the train have to be cooled to work?
beerlor 4 years ago
It´s not a magnet, it´s a superconductive material, which "freezes" the magnetic fields.
Helge129 4 years ago
ganz gut
brandnew0360 4 years ago
does gravity still slow it down then
JohnaldChaffinch 4 years ago
why need ICE liquid.what if summer time
bestamerica 5 years ago
can we get this in english?
Dotcomname3 5 years ago
why
llllllllllllllkop 4 years ago
cuz i'd really be interested in what they have to say. Regardless, the video seems to speak for itself.
Dotcomname3 4 years ago
I don't speak german, however, is there a magnet for attraction and then the superconducting floating magnet for levitation?
Starcross42 5 years ago
whoa then people wont have to worry about crashing on real train!
joeboyferret07 5 years ago
if only it where cheap and easy set up it would be all over by now.
BigVahnD 5 years ago