imported>Miiohau: Miiohau moved page Gender Field theory to Gender field theory: page naming style

2024-11-29T22:47:42Z

Miiohau moved page Gender Field theory to Gender field theory: page naming style

New page

This theory is a combination of the dimensional models ([[the gender Continuum|A Single Continuum]], [[2D graph theory(gender Theory)|2D Graph Theory]], and [[the N-dimensional gender space]]) with [[Gender set theory]] and [[wikipedia:Scalar field|scalar fields defined in mathematics]]. Under this theory, your [[gender]] is a field that either collapses when observed like in [[wikipedia:Quantum field theory|Quantum field theory]] or doesn't.

A scalar field associates a scalar value to every point in a [[wikipedia:Space_(mathematics)|space]]. In this case a [[gender]] space. In Gender Field theory assignment fulfills the equation: "Sum over all points = 1" or in other words it is a probability distribution. This field may collapse when observed as in observer interpretation of Quantum field theory or may be observable in its entirety.

==Example of genders under this theory==
* [[Genderfluid]] is a changing field.
* [[Agender]] is a field with most of its density focused around the origin
* [[Ambonec]] is a field with part of its density around [[male]], part around [[female]] and may have density around other [[Gender|genders]] but most notably it has little density between [[Man|male]] and [[Woman|female]].
* [[Androgyne]] is a field with most of its density along the line from [[Man|male]] to [[Woman|female]].
* [[Antigender]] is a field where it has low density where the associated [[gender]] has high density. In the case of [[Gender|genders]] focused on one end of an axis the [[antigender]] if focused on the other end of that axis
* [[Demigender]] is a [[gender]] that has some density around the classical area for that gender but not enough to be fully identified as that [[gender]].
* [[Libragender]] is a field with most of its density focused around the origin but enough elsewhere to be noticeable.
* [[Nanogender]] is a [[gender]] with a barely noticeable amount of density around the classical area for that [[gender]].
* [[Pangender]] is a field with a nearly uniform distribution.
* [[Neutrois]] is a neutral or null gender.

==Advanced Theory==
===Definitions===
*[[The N-dimensional gender space|Gender space]] - the space the scalar values are applied to.
*[[The N-dimensional gender space|Gender point]] - a point in [[The N-dimensional gender space|gender space]]
*[[Gender field assignment|Gender field assignment(FA)]] - a static assignment of scalars to the [[¿gender|gender]] field.
*Gender field assignment function -a function over time that gives out [[Gender field assignments]].
*[[Instantaneous gender identity]] - the [[gender identity]] a person has at any one moment of time. This is a gender field assignment.
*[[gender identity]]- a gender field assignment function which a person has or could have.
===Assumptions of this section===
* Gender space is a coordinate space (a set of n-Tuples ([[wikipedia:Tuple|Tuples]] with size N)). Or in simpler terms the N dimensional extension of the coordinate system used in high school math. For you math nerds it is isometric to R(N) meaning it is compete vector space with norm, a dot product and a metric.
===Gender Calculus===
the differential of a Gender field assignment function over time is a description of how that function changes over time (i.e. how the associated gender identity changes over time). note not all Gender field assignment function are differentiable at all points just like some functions are not differentiable at some point. An example of a Gender field assignment function that isn't differentiable at some points is [[genderglitch]]
[[Category:Gender theory]]

Gender field theory - Revision history

imported>Miiohau: Miiohau moved page Gender Field theory to Gender field theory: page naming style