AboutSpaceman Expertise My scope of knowledge and experience includes inorganic chemistry, electronics, physics, and other subjects including UFO`s and government "Special Access Programs" work.I have worked in various research and development fields for over 26 years. Much of this work has been for large corporations.
Experience Overall experience includes communications research, thin-film device development, primary research on delta-gravitational field "modification" physics, and anti-aging pharmaceuticals production, analysis and evaluation. I have degrees in electronics and chemistry. I have an I.Q. average of over 180 points after the standard normalization with tests provided and/or given by: Raven, Rottus' and MENSA. I operate a simple analytical research laboratory of my own, and also have a private technical research library.I also have as hobbies: Research regarding UFO's, alchemy, and "restricted intelligence subjects" in general. Remember: I prefer to answer questions pertaining to perceived unknowns as opposed to common "homework" problems.
Question I'm still a little confused. First of all i'd like to be absolutely sure about the coils (this is very important): so, there are two cilindrical (like sections from a cilinder) shaped rings and the copper wire is wound (parallel to the ring) like in any normal elecromagnet's coil (with an open magnetic field)-the aluminium ring representing the ferous yoke of an electromagnet-, not cilindrical aluminium pipes with the wire wound perpendicular to the ring (a closed torus shaped coil with no exterior field, like a doughnut), right ? I guess that the magnetic fields of the two coils must interact. This might sound childish but i don't want to waste time with the wrong coil configuration. Also, you didn't tell me: is aluminium absolutely necessary ? Wouldn't iron be a better option ?
Second problem: NMR uses extrmely intense magnetic fields (and weak, alternating, high frequency fields) . I cannot immagine the effect of just the weak, high frequency field on matter (i guess the frequency is the importan part that makes all the difference). I guess i'm not supposed to look for something like the Larmor frequency, right ?
Third issue: the "david adair reactor" looks quite similar to a tokamak. There is almost no actual information about it. Where could i find actual construction information ?
Eagerly awaiting your respose (tudor)
Answer Hello again Tudor:
I will help as much as I am permitted! You are now into an area where the precise details are very secret. I could provide resources that would describe how to construct an H-bomb with much less impunity.
I'm still a little confused. First of all I'd like to be absolutely sure about the coils (this is very important): so, there are two cylindrical (like sections from a cylinder) shaped rings and the copper wire is wound (parallel to the ring) like in any normal electromagnet's coil (with an open magnetic field)-the aluminum ring representing the ferrous yoke of an electromagnet-, not cylindrical aluminum pipes with the wire wound perpendicular to the ring (a closed torus shaped coil with no exterior field, like a doughnut), right?
A. The Al forms are open not closed pipes. They are directing the EM field outward." -) left side...(- right side. The wires are wound in a simple loop around the form not in a coil fashion. They can be wound on top of soft-iron wire or sheeting as well for increased field intensity.
I guess that the magnetic fields of the two coils must interact. This might sound childish but I don't want to waste time with the wrong coil configuration.
A. Yes. This is the reason for the frequency differential. This interaction is what disrupts the ambient G-field.
One coil may be DC pulsed at 200 MHz the other at 200.001 MHz.
The goal is to generate a higher (additive) frequency from the two coils in order to intercept the lower components of the gravity harmaonic. The above stated frequencies are not what is used.
Also, you didn't tell me: is aluminum absolutely necessary?
A. Al acts to direct the field. It really helps. The gravity field vectors will pass around such an interfering structure if it is not wide enough. We are on a big planet, gravity is not just a "direct" up and down field, there are relative vector force tangents.
Wouldn't iron be a better option?
A. Yes it helps, if you line the inner surface of the Al form with soft iron windings.
Second problem: NMR uses extremely intense magnetic fields (and weak, alternating, high frequency fields) . I cannot imagine the effect of just the weak, high frequency field on matter (I guess the frequency is the important part that makes all the difference). I guess I'm not supposed to look for something like the Larmor frequency, right?
A. The frequencies which affect/disrupt the ambient field are very precise in nature. You must sweep your 2 generators for a long time before you will find out what works.
The power level does not have to be so intense... gravity is a very low strength field.
Third issue: the "David Adair reactor" looks quite similar to a tokamak. There is almost no actual information about it. Where could I find actual construction information?
A. I just know of the story. I have no idea how his reactor truly worked or was built.
Eagerly awaiting your response (Tudor)
A. Yes, good luck with you experiments!
