reply to post by ezekielken
Okay there are 2 methods;
From what I've learned, a 'rail gun' as used by special forces or black ops or something ; they shoot aluminum at around half of light speed or
just very very fast . A very small chunk that does a heck of a lot of damage.
So I studied the properties and various uses of aluminum, here's what I found;
1. Aluminum , copper or brass can be used in magnetic braking. Alternating fields or just a field of changing angle of interception will have a
delayed counterloop field of opposite pole because of the particle spectrum /concentration of specific mesons within various metals (basically
aluminum excludes them so they have to jettison through much faster, it's also thermally conductive as is copper/brass (brass is copper+zinc) is , so
the k-mesons which has the same DeBroglie frequency as thermal kinetic waves would move through fast in this metal, but slowly and in higher amplitude
in something like iron.
So a set of 3 or 6 tesla coils around one empty space where the aluminum bar sits, will produce a field of magnetic argument. The teslas must be
woulnd clockwise/counter if 6 are used, or just all the same if 3 are used. Primary winding hidden from cylinder space where aluminum moves. The
aluminum would be repelled with potential you cannot imagine, goes on same principle as john Hutchison's levitation which used 3 teslas, so the
aluminum is repelled, not to touch any of the coils, The high freq' vibration off the coils will propel the rod.
2. So you want to use cheap easily attainable iron? Okay. That's another method. on my youtube I've described (see signature) how Leedskalnin
levitated stones by splitting the magnetic poles into monopoles long enough to accumulate a massive amount of the massive particles, since a continued
series of kinetic reactions in any sustained monopolar storage event in iron would do this. So consider the 2 iron masses. They will attract to
one-another with awesome force. If one is a cylinder, the other is a rod, well all you need to do is allow one or the other pole to store up on the
opposite parts and they'll slide through one-another until contact is broken (sliding contact point). For this you'll just have to study the videos
before you can swallow this science, but long story short; although it would bring on a lot of heat from friction, you would be able to shoot any
ferrous material with a sliding contact through the cylinder of opposite pole charge. Keep in mind the 2 iron masses don't come into contact 'till
the last second when they short out but with awesome force, by this time, ripping any epoxy bonded iron apart, although high voltage needs not direct
contact and will function through spark gap.
The science of repairing the monopolar split of 2 oppositely charged iron masses , each having massive positive ion charge which can't be allowed to
ground esp. on pos side, is well documented in various free energy devices on the web, too many to even list. You can start with youtube, but
RexResearch and others will give you more experimental evidence with a little digging.
....I'm considering a 3rd method; using the Leedskalnin device I explain to power 3 single pos windings around 3 neg bias windings, each coming off
an iron plate with ac motor ground attached as I've explained in videos.
This would allow the use of simple coils, no need to wind the complicated tesla, and the sucker would power itself just as I've explained. This
ofcourse would be for repelling aluminum or copper bar stock with virtually no cycle time between firings , and could shoot the all day long. Only
magnets on flywheel heat up. Nowdays the neodymium we have is far superior to what Ed Leedskalnin had, as you can see the top 2 of 5 rows of magnets
got hot and turned blackish over time, just look at old photos of the flywheel inside the coral castle. Well that's it for now.