Idea about magnetic levitation suit

Replies

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  Jeffrey Arulraj

  possible provided the strength of the magnet is powerful enough to hold him afloat
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  chaitanyagymnast

  practically it is very expensive, at least we can make a theoretical model!!
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  Jeffrey Arulraj

  chaitanyagymnast

  practically it is very expensive, at least we can make a theoretical model!!

  had man thought of the expense incurred he would have stopped innovating
  
  this holds good in this case also
• 

  vinod1993

  jeffrey samuel

  had man thought of the expense incurred he would have stopped innovating
  
  this holds good in this case also

  Yes in a way it is..!But not always....! 😀 Only because "man" thought about the expense incurred his innovation increased as it is even more difficult to produce cost efficient equivalents...! Everything must be commercially viable...!(practically) 😀
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  [Prototype]

  First make, then optimize. You cannot achieve perfection at the first attempt.
  
  That could be nice if we could fly like that, but such a strong magnetism can affect human organs, particularly brain, I think. Other than that, I don't see anything that would make it unachievable.
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  vinod1993

  [Prototype]

  First make,then optimize.

  that's what i meant #-Link-Snipped-#, I accepted what #-Link-Snipped-# said..! I just provided an add on to that..! 😀
• 

  Jeffrey Arulraj

  [Prototype]

  First make, then optimize. You cannot achieve perfection at the first attempt.
  
  That could be nice if we could fly like that, but such a strong magnetism can affect human organs, particularly brain, I think. Other than that, I don't see anything that would make it unachievable.

  
  the effect of magnetism is comparatively lesser than that of other rays which we are more commonly using in our day today life
  
  strong magnetic fields hamper the passing of nerve signals mildly
  
  am not sure about the effect in strong fields
• 

  [Prototype]

  jeffrey samuel

  the effect of magnetism is comparatively lesser than that of other rays which we are more commonly using in our day today life
  
  strong magnetic fields hamper the passing of nerve signals mildly
  
  am not sure about the effect in strong fields

  Well, I am not much known to the effects, but if it doesn't then this project can have a go. May be its already under development in some Area 51 laboratory? 😛
• 

  Jeffrey Arulraj

  [Prototype]

  Well, I am not much known to the effects, but if it doesn't then this project can have a go. May be its already under development in some Area 51 laboratory? 😛

  hope it is never to our eyes
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  vinod1993

  I think Strong magnetic field affects the brain...!
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  vinod1993

  #-Link-Snipped-# #-Link-Snipped-# you can go through this video and the explanation if interested to know how magnetic fields affect brain..! 😀
  #-Link-Snipped-#
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  Javid

  There is one important aspect in which the diamagnetic levitation differs from any other known way of levitating or floating things. In the case of diamagnetic levitation, the gravitational force is compensated on the level of individual atoms and molecules. This is, in fact, as close as we can probably ever approach the science-fiction antigravity machine.
  
  Source: #-Link-Snipped-#
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  Ramani Aswath

  Maglev trains run even now. But they are only millimeters above the surface. One can keep a person afloat at an equilibrium position in a field. Any solenoid coil can achieve that. Providing mobility in 3D is the problem. Unless the field strength can be varied in a controlled manner, this may not result. Doubtful if the suit wearer can do that from his position.
  Even if that can be done it may not work with more than one person in the room.
  
  MRI subjects patients to huge fields of magnetism without much harm (in the short span of the diagnosis)
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  chaitanyagymnast

  I think if we have a conducting suit over a insulating suit no electromagnetic field effects us... because for pure conductors reflection coefficient is 100%