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Originally posted by mcx1942
Originally posted by randomtangentsrme
Here's the interesting thing. I actually work with sound, and acoustics. I'll tell you straight up, there is no science that points to any anti gravity principals.
So bring your tech forward. Make your fortune.
Or, as reality dictates, stop believing in fairy tails.
Well, I am no scientist but isn't levitation basically the same thing as anti gravity? Granted our current level of understanding the technology is relatively low. I'm sure down the line we will master this phenomenon.
And who knows, perhaps this is how the ancients moved stone.
edit on 7/14/2013 by mcx1942 because: typo
Originally posted by filledcup
Originally posted by evc1shop
reply to post by filledcup
The person in this video should have realized that the coils will pick up induced currents and therefore whatever frequencies are involved in those currents would also materialize on his scope.
That waveform looked like the coils have picked up a 60hz source (most likely fluorescent lighting) and maybe is picking up his local Wi-Fi which seems to be riding the 60hz wave.
To truly measure signals from a coil he should perform experiments in an anechoic chamber which does not allow the external RF influence.
After he has a properly shielded area for testing, he can then marvel at how power is generated by moving a magnet around the coil and letting the magnetic flux lines generate a signal which would show on the scope much cleaner than what he has now.
Now on to the anti-gravity/magnetic lift testing.
This would be a good starting point to then suspend the coils a few inches above the table surface possibly by a lever fastened at its midpoint on a pivot (like a see-saw) and the entire pivot stand able to swivel. One end of the lever would have counter weights on it and the other either fix the coils on directly or make another pivot of some sort.
Then grab a signal generator and an amplifier and, depending on the inductive reactance of the coils and the actual coil (DC) resistance possibly insert a 1-4 Ohm load resistor(To protect the amplifier) in series with one of the signal outputs and then into the coils. Both coils should be wired in parallel with the leads reversed. Sprinkle some iron filings on a plastic sheet if you want and see what patterns emerge while varying the frequency of the signal. Who knows, maybe you will find a sweet spot where the coil wants to move forward/backward or up (down if the suspension assembly allowed for it like a lever type of holder).
This type of research wouldn't cost a fortune and with the proper suspension mechanism, you might be able to fit a load cell on it and measure push/pull force at a given frequency and input power for a given spacing of the coils.
If these type of coils are what you had in mind, this would be my suggestion for testing out directional control and force of lift etc... You wouldn't need to build a whole vehicle until you could get the coil to lift and move under your control. That is what I would call step one and you can then use the numbers from that to determine your next step in making it larger in terms of coils or power or both, etc.
I hope this helps in some way.
ETA: Don't confuse an anechoic chamber meant for sound with an RF one. The two are different in many aspects.
edit on 15-7-2013 by evc1shop because: eta
Originally posted by randomtangentsrme
reply to post by filledcup
You have nothing to sell, why would I help you with marketing?
Now if I'm wrong, and you do have something, show me a proof of concept, and I can make you a millionaire overnight. Literally.
And you can help save the planet with your invention.
Originally posted by filledcup
reply to post by randomtangentsrme
well at present, working on my own will take time. budget restraints for one will slow down my acquisition of the required materials and equipment for monitoring and manipulation. but this came to me only a few minutes before i actually made the thread. so u understand how exclusive this post is and how early in stage this is. but once i have all the materials i need then construction would be as simple as putting everything together and flicking a switch.
there is one aspect of construction however that i am not sure how i will get done myself. i must place the constructed engine in a vacuum container for it to operate at optimum efficiency. it may well work without it, but a vaccuum would eliminate any issues associated with wind resistance/friction. and as someone else mentioned, i would need the vaccuum built to shield from external frequencies ensuring a pure/uncorrupted input. but i am seeing indication that once turned on the engine will create a slipstreamed surface against wind resistance in our regular atmosphere again attributed to frequency. whether this will translate across the entire craft it is placed in i am not yet sure.. but it is possible.
time for bed. i will no doubt dream of this device in full operation soon if not this very night. i will acquire all that i need to start and do all that i can on my own.. and solve the other problems as they arise.edit on 15-7-2013 by filledcup because: (no reason given)
Originally posted by filledcup
reply to post by randomtangentsrme
lols, ur confusion and doubt is understandable. ur still thinking along the lines of using twigs and rocks to create fire. i am building a lighter. a 'zippo' to be precise lol
there are no moving parts in this engine, nor is there any combustion or fuel.
quit poking loledit on 15-7-2013 by filledcup because: (no reason given)edit on 15-7-2013 by filledcup because: (no reason given)