The Merkaba Starformation is based on the priciple of counterrotation plasmas, which are aligned along two convoluted platonic tetraeders. At each corner, a small electro motor drives a double sphere (sphere in sphere). The plasma is created by the GANS materials in the spheres, which have to be produced and filled into the spheres by the user. Due to the counter rotation of the spheres, a very strong plasmatic field with a multidimensonal axis is created, which interacts very strong with the conciousness of the user and the environment. Compared to the normal Starformation, the Merkaba Starformation has a spin and vector equilibrium. That means there is the same amount of clockwise rotation and counterclockwise rotation. Due to the upside down orientation of the second tetraeder (red edges) there is a equilibrium between the vector of the first (blue) and second (red) tetraeder. Due to these equilibriums, the coupling between the field and the user is much more complete and harmonic. In turn the perfect geometry of the field can be used to aling the users internal structures.
In Bezug auf die Polarität der einzufüllenden GANS und die Geometrie der Merkaba Starformation ergeben sich nur zwei sinnvolle Beladungsschema, ein Tetraeder magnetisch und der andere Tetraeder gravitativ. so wie die Umkehrung davon. In respecto to the polarity of the GANS and the geometry of the Merkaba Starformation, there are only two reasonable loading schemas, one tetraeder magnetical and the other tetraeder gravitational.
Spheres of the blue tetraeders: load outer sphere with a magnetical GANS (i.e. CH3) and the inner sphere with a gravitational GANS (i.e. Zincoxyd/CO2)
Spheres of the red tetraeders: load outer sphere with a gravitational GANS (i.e. Zinkoxyd/CO2) and inner sphere with a magnetical GANS (i.e. CH3)
The Merkaba Starformation is an experimental device and will be delivered without GANS materials. Good GANS quality is essential for strong field developpment. For operation you need to have your own DC power supply, which has to be precisly adjustable between 0 and 3 Volts, and has at least 10 Watts power. Included are three sets of spheres (=24 double spheres) which have to be filled and sealed by the user with super glue and selfvulcanising tape. The glue and the selfvulcanising tape is included. The sphereholders are designed for 40mm outer core diameter, different sizes are possible (i.e. 2 inces or tripple cores). The lifespan of the spheres is not infinite, due to the rotation there are always little losses from small amounts of water diffusing thru the acryl spheres. In other cases, if the inner sealing tape is not applied correctly, the sealing can break. The electro motors are designed to handle much more power than is required for the Merkaba Starformation, this ensures sufficient heat dissipation, as well as good mechanical stability. Do not go over 3000 RPM with your starmormation due to resonance buildups. For measuring the RPMs, you can mark one of the sphereholders with black and white paint and use a laser RPM counter. The operator of a starformation is fully responsible for the produced fields, please take care and share with care.
The motorholders (red and blue edge pieces) and the sphereholders of the Merkaba Starmormation are produced with up to date Ultimaker 2+ 3D Printers. You can choose all colors available from Innofil (go here to see more). Small exception: army green will not be printed.
For optimal field developpment, the Merkaba Starformation should have at least 1 meter empty space araound the spheres. For mobile application just combine your DC power supply with a UPS device (uninterruptable power supply). In this case, hookup a Magrav between the Merkaba Starformation and the lead batteries of the UPS, to get a better field quality.
Just ask if you have special wishes, do you need longer connection tubes, tripple cores or something else?
Please ask for a price for the Merkaba Starformation.
Please place your order or your questions via mail to: firstname.lastname@example.org