 Slipstream drive concept
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Conundrum
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Wed Sept 17 2014, 08:28AM
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Registered Member #96
Joined: Thu Feb 09 2006, 05:37PM
Location: CI, Earth
Posts: 4062
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Hi, had a few ideas regarding NASA's White-Juday warp field interferometer.
I feel they are going about it all wrong, the device they are using to generate the field is nothing more than a highly charged capacitor and this inherently limits the field energy.
Its hard enough to detect gravitational waves with a multi billion dollar instrument let alone an accelerometer, however due to the way antigravity is predicted to behave this might not be quite true.
I suggest a minor modification of the experiment, using a combination of high electrical charge between two contra rotating HTSC disks, the idea being that between them a Casimir field should form which might be detectable by its effect on other fundamental constants.
The structure of the disks might be more critical, however using LN2 and magnesium diboride alternating with Y358 or Y123 with the lowest temperature superconductor towards the center could work; here the MgB2 would act as a superinsulator preventing arcing through the LN2 and being a Type 1 material should help here.
If this works it could be possible to magnify the effect with enough energy to form a ring singularity analog which would act like a bias in spacetime allowing FTL travel through a tunnel similar to a Krasnikov tube.
Does this sound remotely plausible?
-A
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