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Theory: The Role of Spiral
From: "retrorocket59" <retrorocket59@yahoo.com>
To: <pes_mxlo@yahoogroups.com>
Sent: Sunday, March 07, 2004 9:36 AM
Subject: [pes_mxlo] Re: More notes
To continue about my 'spiral' concept without going into it too much... I am not sure if I noticed it or Thomas mentioned it, or I picked it up from the Mikel files, or from the MANY past contributions to free energy. A SPIRAL is fraught with possibilities but I need a few weeks to wander around those possibilities. I was not going to get into this here until I had a motor working (big talk no action), however, I took miniaturized versions of the stator printouts and paneled them together in skewed ways looking for patterns. Even on one plate, you will notice the occurrences of N-N-N polar magnets and S-S-S in a diagonal line. That is a slope or part of a spiral. Since the south poles slant one way and the north poles slant the other, (Thomas did say the rotor may turn either direction) and considering that a circle of magnets around a rotor normally causes a rotor NOT to turn due to the even balance around it, I concluded that the aluminum might 'reflect' (as Thomas said) the field at one point on the circle. This might effectively cut the circle open and possibly allows for the 'switch-over' that is required to provide a continuous rotation of the rotor. A metal 'washer' is a closed ring, but a lock-washer only has one slit in it and it becomes a spiral. It is simply the difference in the thought association of groove (and needle) going around a vinyl record. If the grooves were all perfect circles, the needle would not move toward or away from the spindle, but stay in it's tracks. That is how I see the conventional view of a circle of magnets around a rotor, it does not have any force go anywhere and why a rotor does not continue to rotate in conventional circular configuration attempts at circular magnetic motors. However, if one were to draw a straight cut line (like a metal lock- washer) from the record spindle/center to the outer edge (only 1/2 side of the record, not all the way across), and putting ones hands on both side of this cut, were able to say pull/stretch the right side away from the spindle, thus advancing ALL the grooves on the right hand side once to match up to the next groove on the left half of the vinyl, you effectively will create what we know as a normal vinyl record - one continuous spiral. And you have only had to `jump' the point in that closed circular groove `once'. Therefore my conjecture is that during one rotation of the rotor, if one could just skip over one point on that circle, which the aluminum may do by disrupting the continuity at one point on the stators magnetic field, then you might achieve that continuous spiral. Now, spirals (with magnetism) are like slopes (with gravity) they cause a force, and in the case of spirals, cause things to turn. But to be simple about an analogy, if you hold a closed soda bottle cap stationary and turn it with your other hand, it's the same thing, a continuous groove that causes directional force downward on the bottle. That is the direction I am going mentally with this project, and is why we need several
replicators with workshops who can play with variations. See also
Index created by SDA
March 7, 2004 |
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