You could make it perpetual by making the magnet/ball part "rotate". As soon as the first one takes off, make it rotate to expose the opposite magnet side, so when it comes back its ready to go again.
would be great if there would be a human size gaussian gun and the bullet with a seat in it. but then those big ass magnets would rob everyone's metal goods..
Question: Wouldn't the balls shoot quicker if the magnets were fixed in position, not able to move toward the balls coming at them? No? Not sure myself.
i dont think this could be utilized as transport in the near future because many people could get nautious or even suffer permanent damage from something like this because of the heavy g forces that will be applied from the sudden acceleration. just look at the dragster at cedar point, basically the same thing
They said similar things about supersonic flight and trains that traveled at speeds of 100+ mph...now we have all of those and more. There is no limit to what can be done given time and resources.
The sudden acceleration on the Dragster is barely noticeable because you go so fast you don't even know if it's started. With the proper cushioning and seats if could me a good way to travel.
Inertia would slam your head around and give you whiplash. Unless you want to be strapped down so that you can hardly breathe.
Also, you stop when you hit the next magnet. So this would be similar to a metro that stopped at each station if it came into use, but magnets powerful enough to pull a car any real distance would have adverse effects on everything else, if they could possibly be made.
The maglev trains do not use the same principle as the gaussian gun. The maglev trains use electromagnets that rapidly switch polarities, as a train with a fixed magnet is attracted to the ones with opposite polarities, and repelled by those with similar ones. If the train is pushed slightly, the pulsing magnets keep it going by switching from "attract" to "repel" as the inertia pulls the fixed magnet on the train slightly to the front of the electromagnet. This pulls the train forward faster.
This works because the first ball falls deeper into the mag field, transfers it's kinetic energy out of the mag field to the second ball which is farther out of the field and does not need to climb out of the field as far as the first one fell into it.
I think he meant just putting two more ball bearings on each magnet. You had 2 on each magnet on the opposite side of the impact. So put two more on the opposite side of the impact side. Of course, I really don't know anything about this, but I'm just interpreting what he said.
@sdense That is because the ball that shoots off has the same speed as the previous ball did at the moment of impact. The magnetic field accelerates the first ball just as it is about to hit because the magnetic field is at it's full strenth at it's surface. So with a ball keeping the impacting ball further away the acceleration is minimal.
AWESOME! Nice idea of using it as a track
iExD 1 year ago
where does the ball bearing pickup that extra energy??
femanvate 1 year ago
holy cheese ive been lookin for these magnets for ages wered u get them please respond with a @ before my account name u know what i mean right?
ramicaza 1 year ago
Sweet!
FatalNova 1 year ago
o_0
aidanrayner999 2 years ago
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dude... make a 10 magnet one like me... you should see my gauss gun. way better.
pikachuthesquirtle 2 years ago
Pics or gtfo
AlexanderLege 2 years ago
also try NIB ball bearing magnets that already magnetic and see if you can get a chain reaction going.
onthecuttingedge2005 2 years ago
ITS not a phenomenom.. what happens is that a high amount of magnet field is created and will push away the metalball (in a simple way of saying it)
torylva 2 years ago
umm, guy who's talking about magnets with seats-
first they wouldnt actract beacause in a gaussian gun steel balls are used, not magnetic
second, those balls roll. you you be flattened in a mere breath
datlildodge 3 years ago
does anyone know where to buy these tarks?
quaidman13 3 years ago
You could make it perpetual by making the magnet/ball part "rotate". As soon as the first one takes off, make it rotate to expose the opposite magnet side, so when it comes back its ready to go again.
zecnobot 3 years ago
its not possible to make perpetual motion!
recoome219 2 years ago
would be great if there would be a human size gaussian gun and the bullet with a seat in it. but then those big ass magnets would rob everyone's metal goods..
REYDOW 3 years ago
Would it be possible to make some sort of perpetual motion machine out of this concept
Trevbot1655 3 years ago
no, you have to re-set the bearings each time.
tesla4d 3 years ago
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gemmabitxo 3 years ago
scientists need to study some form of inertial dampeners, then were cooking with gas!
iucidium 3 years ago
Lol it is kinda cool^^
fantasytribe 3 years ago
Question: Wouldn't the balls shoot quicker if the magnets were fixed in position, not able to move toward the balls coming at them? No? Not sure myself.
music7564 3 years ago
No matter what you say, this is pretty cool.
BorednDisturbed 3 years ago
Whats going on!!!! GOD, HALP!
styxman87 3 years ago
nicceeeeee
fraxxare 3 years ago
crazy awesome, but no idea how it works... lol
turtleman707 3 years ago
wow thats crazy accereration
cenzo188 3 years ago
It's too bad this thing can't do that continuously, you could easily make an efficient source of energy from this method.
IM1StealthPilot 3 years ago
Cept for the whole law of conservation of energy and what not....
Yeti22 3 years ago
well..... if you get a machine to replace the ball at a high speed etc it would work
rykin666 3 years ago
fucks sake, lame... made thses things when i was 9 or 10, better ones too.
tomcornwall83 3 years ago
hes not trying to kill some one, hes just making a small demonstration, please fuck off if you think its lame and post a video of yours :)
yx516 3 years ago
I know he is not trying to kill anyone you Tit!
tomcornwall83 3 years ago
good for you
maybe hes only 9 or 10
give him a break
rykin666 3 years ago
potential next generation of transport and completely clean
iucidium 4 years ago 2
but that's crazy acceleration...
LilBunniFuFu101 3 years ago
not reall the first 'transfer of kinetic energy is, but the second is a lot more steady so thats where the peeps would be!! problem solved WOO-HOO!!
iucidium 3 years ago
They could add breaks when needed :)
karl198 3 years ago
It's only as clean as wherever you got the energy from.
JonMW2 3 years ago
i dont think this could be utilized as transport in the near future because many people could get nautious or even suffer permanent damage from something like this because of the heavy g forces that will be applied from the sudden acceleration. just look at the dragster at cedar point, basically the same thing
kaymon12 3 years ago
They said similar things about supersonic flight and trains that traveled at speeds of 100+ mph...now we have all of those and more. There is no limit to what can be done given time and resources.
motomonstrosity 3 years ago
but those accelerate gradually.
LilBunniFuFu101 3 years ago
Sorry I'm meant it not if
TheButcherClan 3 years ago
that's what i meant
LilBunniFuFu101 3 years ago
The sudden acceleration on the Dragster is barely noticeable because you go so fast you don't even know if it's started. With the proper cushioning and seats if could me a good way to travel.
TheButcherClan 3 years ago
Inertia would slam your head around and give you whiplash. Unless you want to be strapped down so that you can hardly breathe.
Also, you stop when you hit the next magnet. So this would be similar to a metro that stopped at each station if it came into use, but magnets powerful enough to pull a car any real distance would have adverse effects on everything else, if they could possibly be made.
jspade1019 3 years ago
They've already been made. There's a train called the Lev train that's powered by electromagnets.
TheButcherClan 3 years ago
The maglev trains do not use the same principle as the gaussian gun. The maglev trains use electromagnets that rapidly switch polarities, as a train with a fixed magnet is attracted to the ones with opposite polarities, and repelled by those with similar ones. If the train is pushed slightly, the pulsing magnets keep it going by switching from "attract" to "repel" as the inertia pulls the fixed magnet on the train slightly to the front of the electromagnet. This pulls the train forward faster.
jspade1019 3 years ago
the lev train's currents alternate though, i think he means with permanent magnets
spudinator1 3 years ago
That is really neat,GREAT job:)
rockets2space 4 years ago
This works because the first ball falls deeper into the mag field, transfers it's kinetic energy out of the mag field to the second ball which is farther out of the field and does not need to climb out of the field as far as the first one fell into it.
GSpotter63 4 years ago 2
that is so cool
blackbunny1703 4 years ago
that was cool
patikiah 4 years ago
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interesting... Has anybody tried to manufacture this into an energy generator?
Killforfood 4 years ago
If this produced energy it would be a perpetual motion machine, which is not possible. Notice that it only works for one cycle.
worm628 4 years ago
That was rally interesting!!
Mvulusi 4 years ago
amazing
toasterXrabbits 4 years ago
i'd like to know where you got the track from
RCT2411 4 years ago
Go to Amazon and search for Skyrail......
sdense 4 years ago
muy buena papá, sos un grosso
saludos
mrobolo 4 years ago
cool
TH4TCHER 4 years ago
have you tried using four on each? you might be able to get it to circle twice
lawsonfulton 5 years ago
I did try several combinations but found the effect only works when there are no ball bearings on the impact side of the magnet.
sdense 5 years ago
I think he meant just putting two more ball bearings on each magnet. You had 2 on each magnet on the opposite side of the impact. So put two more on the opposite side of the impact side. Of course, I really don't know anything about this, but I'm just interpreting what he said.
Very cool, though.
EnzoF660 4 years ago
@sdense That is because the ball that shoots off has the same speed as the previous ball did at the moment of impact. The magnetic field accelerates the first ball just as it is about to hit because the magnetic field is at it's full strenth at it's surface. So with a ball keeping the impacting ball further away the acceleration is minimal.
kurisu925 1 year ago
lol
OGMO11 5 years ago
Wher did you buy the plastic track? I really was impressed by what I saw.
64298 5 years ago
woah
skateforpooo 5 years ago