Superphysics Superphysics
Chapter 8

Male and Female Charges: Spin as Rotation Direction

by Juan Icon
4 minutes  • 722 words
Table of contents

The duality of the Radiant Layer, as the expression of the Positive and Negative Forces, is seen in male and female charges.

In Modern Physics, this is called negative and positive charge respectively

  • The male charge represents a particle having an inherent positive (anticlockwise) rotation
  • The female charge represents a particle having an inherent negative (clockwise) rotation
Superphysics Note
Technically, this would mean that an electron of a negative charge would be rotating positively. This would be confusing and so we use ‘male’ and ‘female’ for ’negative’ and ‘positive’ charges of Physics instead
Layer Positive Vortex Negative Vortex
Aethereal Unifying Divisive
Spatial Counterclockwise Clockwise
Radiant Male Female
Convertible Left Right
Material Color Charge Anti-Color Charge

A ‘charge’ is therefore the rotation direction of a particle.

Neutral Charge
The green particle on the left has a postive rotation, and is male, while the red particle on the right has a negative rotation, and is female

History of Male and Female Analogy in Metaphysics

Historically, the ancient Vedics and Taoists:

  • assigned the male character to the Positive Force
  • assigned the female character to the Negative Force

By going through the particle shapes, we realized that this is because the force particles have a positive direction or rotation. These then go into matter particles which have gaps of holes for them.

So the force particles are like male penises and the matter particles are like female vaginas. This then explains why the Vedics worshipped the penis and vagina as phallus and yoni worship, respectively.

This is based on:

  • the Positive Force being called masculine Shiva or Yang
  • the Negative Force being called feminine Shakti or Yin

This naming is also useful and intuitive for neutral charges which we call bisexual. A neutral or bisexual charge is produced when a male and female cancel each other.

A charge is the rotation direction of a particle

This will be consistent in the convertible layer which has the concept of ‘flavor-changing’ which we can equate to ‘sex-change’ in particles.

  • Like-charges, such as male to male, or female to female, create repulsion.
  • Opposite-charges, such as male to female, create attraction.

In fact, William Gilbert, who documented Earth’s magnetism, calls the attraction as Magnetick Coition which means sexual intercourse.

Ions

Ions are atoms or molecules that gain or lose a male electron, making them:

  • masculine if they gain electrons
  • feminine if they lose electrons

This is why ’negative’ ions make us feel positive, and ‘positive’ ions make us feel negative.

The setting of electrons are negatively charged came from Benjamin Franklin .

Rather than confuse everyone by calling the negative as positive, we would rather call:

  • the negative as ‘feminine charge’
  • the positive as a ‘masculine charge’
  • the neutral as a ‘bisexual charge’
Superphysics Electron
In Superphysics, electrons have a masculine charge
We shall use the word “Feminine” in the place of “Negative” in speaking of that pole of activity.
Kybalion

Male and Female

The attraction between protons, electrons, and neutrons intuitively follow this naming convention, just as Shiva is male and Shakti is female.

Likewise, charges can change from positive to negative and vice versa just a male can choose to become a female, though far less common.

Radiant Layer

Quantum/Medium/Substance Spin Physics Charge Mass
qor1 (muon) 1/2 -1
qor2 (electron) 1/2 -1
qor3 (tau) 1/2 -1 1776.86 MeV/c2
mor1 (photon) 0 none none

Convertible Layer

Quantum/Medium/Substance Spin Physics Charge Mass
W- Bosons (moc1) 1/2 -1
W+ Bosons (moc2) 1/2 -1
Z Bosons (moc3) 1/2 -1 1776.86 MeV/c2
Neutron (soc) 1/2 none 940 MeV
Physics Name Superphysics Name Spin Physics Charge Mass Description
qot 1/2 +-1
Higgs Boson 0 none

So What’s the Use of Male and Female Charges?

The charges are a consequence of identities in the Radiant layer charting a course towards the Material layer via the Convertible layer. Using genders allows a intuitive and more diversified classification that is more robust than mere positive or negative. For example, binary male and female has variations as:

  • lesbian
  • gay
  • agender
  • cisgender
  • non-binary
  • two-spirit
  • genderfluid

These then lead to different combination-dynamics such as:

  • male + genderfluid
  • lesbian + gay
  • lesbian + agender
  • etc

Such combinations then have different properties which might be useful in the real world. These could lead to new specialized compounds or materials. Coming up with new compounds would be more difficult in a non-intuitive system that merely has positive-negative.

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