ok let's say moving through water is like pushing throught a deck of cards and that's why its so slown .. resistance is ther a way or possible way to turn the deck as to slide through the deck instead of aposing itDrakkith said:
essentaly yes and no more to create a pathway through the particles rather than lessen the density of a givin area perhaps even align them to have them all point one direction with a charged surfaced of opposition to be slipped through persayDrakkith said:
... the sonic boom and what design approaches might reduce it. ... most designs engineers are testing are needle-nosed and < yes key is buggy ty. And no wouldn't high intensity beam just shove particles out of the way it the " space key its playing with the. ..Danger said:Is there some malfunction with your " . " key? It seems to pop up randomly.
Anyhow, now that you've explained it better... the only thing that I can think of that might possibly do what you want is an extremely high-intensity ultrasonic beam of some sort. I doubt that even that would be effective, though.
And a jet's "sound bubble popper" is sheer muscle in the form of tremendous engines.
That's exactly what has to be done in order to accomplish what you want.Tinman said:
please exuse me building a house is as far as my science goes. i jusr had a few question about faster than sound speed under water wanted to understand the concept on a smaller levelDanger said:
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and water isn't antiferromagnetic liquid?Drakkith said:
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Danger said:
I think that you missed the point of my post.Tinman said:
so its just push them out of the way and tahts it then.hmm seems like there be more tjere than thatDrakkith said:
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If you're referring to "mag-lev", it has absolutely nothing to do with what you are suggesting.Tinman said:
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Yes, it is.Tinman said:
(Phys.org)—Researchers from the University of Leipzig have found that doping very small flakes of graphite with water, then allowing it to dry, results in a material that behaves very much like a superconductor. The team, led by Pablo Esquinazi have written a paper describing their process and results and have had it published in the peer review journalAdvanced Materials. If their findings prove sound, the discovery would almost certainly revolutionize the electronics industry.A superconductor is a material that conducts electricity without resistance, which means no loss of energy; researchers have been searching for such a material that operates atroom temperature (many materials aresuperconductors at very cold temperatures) for a number of years without success. Much of the recent research in this area has focused on carbon atom based substances such as graphene, nanotubes and graphite because of their unique lattice structures, but thus far, no one has been able to figure out a way to use any of them to produce a material that superconducts at room temperature.Danger said:
Its all related you.just fail to see it. A simple experiment to.support my magnetic assistance.water shedding take a magnet smooth exterior and say 6/8 in thick set it in a basin of water slightly deeper than magnets thickness it'll show.you how water does.react.to magnets either on magnetic scale minimal or electrons.in the water.building up around it pushing itself away from itDanger said:
And yes it did you just fail to see itDanger said:
