This page explores one aspect which is visualy apparent in poloidal coil like structures.

(Below. CAD picture here suggests a cross section of a coil circuit).

The use of 3D computer graphics offers interseting evidence which is difficult to explore otherwise. Poloidal coils can take a variety of forms. In the following model many copies of the same "poloid" are placed into grid arrangement. The first image (below), shows an overhead view with zero angle of perspective, (axonometric).

The second image (below), shows the same arrangement of poloidal coil like objects from a 40 degree perspective view. An "open weave" is apparent on one side of the poloidal coil, when viewed at particular angles.

The third image (below), will show one of these poloids tilted to view at 66 degrees. Note "open" weave on the left side and the "closed" weave on the right side of the image.

The fourth image (below),shows the same arrangement from a centered top view with a perspective angle of 140 degrees. The intent of this view is to show that there exists an "open weave" from all sides. For this particular geometry, The necessary angle to align with the openess is near 66 degrees.

Enersearch became interested in this geometry to search for some sort of "loft" or possibly a "turbine" effect" which might be discovered. Diverse areas of physics note poloidal geometry. Early in the history of physics, mere toroidal geometry had been assumed, (e.g.: the earths magnetic field). Today, closer observation admits that poloidal geometry might be a noteworthy area for closer study. For comparison toroid coils are placed in a matrix , in the picture below. The "open weave" appears on all side equally of each toroid coil below.

Works which study poloidal geometry include, (but are not llimited to) : H. Alfven and others, also summarized in the book " The Big Bang Never Happened", by E. Lerner (Random House 1991).

In a context of perceiving nature's circuitry, pattern is to software what structure is to hardware. As more of a geometric minded generalist and less a math man , my calculations utilize pattern and structure, (instead). . . . As a backyard scientist, my interest in physics is mechanical, whether the science at hand speculates about the infinitesimal or the nearly infinite. I've been trying to write a summary of experiments done here at Enersearch, analyzing effects of analog- electronic coils configured in patterns which you can find throughout this site. More later.

Click here for a visual comparison of the poloid and the common donut structure.

Also: click here to see relation of biaxial toroid to the tetrahedron.

 

A first animation effort depicting "particles orbiting in a poloid circuit", (albeit an incomplete3D viewing).

More animations coming, tune in again.

 

 

Also: See my "hyper spiralling, concentric spherical weave", which also,potentially has "windmill/ generator" effects (for particles).



..... Research & Development Through Free Exchange of Ideas

Enersearch was incorporated in 1980 but never materialized financially.  A  synergy of concepts were developed and are reflected in the pages of this series.  The synergy continues as a single handed effort of Bo Atkinson, in Maine, USA. ..Note: These pages are placed in the public domain and are furnished "as is". The author assumes no responsibility for the use or misuse of the concepts in this series. All authorities should be satisfied first, as might be required, by relevant laws, before any building proceeds.

Click here to see a list of other enersearch pages.


Email comments welcome ~~~~~~~boa1@pivot.net
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Tel : 207 342 5796 . . . (Maine)