Superphysics Superphysics
Chapter 7

Qualimath: The Math for Superphysics

by Juan Icon
December 27, 2020 6 minutes  • 1209 words
Table of contents
Principles (click to expand)
Principles Assertions
Each Idea is Unique Cause and Effect are in Relation to each other
. Qualimath Denotes this Relational Cause and Effect

Chapter 4 explained that reality is made up of long perception-chains of cause and effects, called by the Hindus as ‘‘karma-samskara-karma’.

A long series of chains gains the dynamics of a wave. This wave we can split into 3 states:

  1. Karma-Action State 1
  2. Samskara-Pending Pseudo-State
  3. Karma-Reaction State 2

We can extend this wave to have more states.

Wave
A wave is made up of many different states which reveal a hidden focus or dharma which we call a ‘gravitational signature’ to make it sound scientific

We can know why State 4 is the way it is if we look at all its states from 1 to 4. We can then use this knowledge to predict its future states. We can write this as:

State 1 : State 2 : State 3 :: State 4

We do not notate the pseudostates that are in between:

  • state 1 and 2
  • state 2 and 3
  • state 3 and 4

This is because they are pending reactions and have no objective manifestation in reality YET.

The colon means ‘relative to’ or ‘compared to’, and is a fundamental part of our proposed ‘Qualimath’.

This is a combination of the ideas from:

  • The Asian sciences of Hinduism, Buddhism, and Taoism which say that everything is one
  • Socratic philosophy which explains about the One and the Other
  • Descartes’ theory of gravity which says that gravity is a relation between bodies
  • Poincare’s Law of Relativity which is based on changing states of bodies in a system
Descartes
I deny the existence of gravity inside any body. Gravity is a quality that depends on the relations of situation and motion of several bodies on each other.
Principia Philosophia Part 4, Article 202
Relationality

We call this Cartesian relationality, which depends on point of view:

Descartes
Imagine a ship being carried out to sea. A person sitting at the stern might always remain in one place if we look at the parts of the ship, since he preserves the same location with respect to these. On the other hand, if we look at the neighbouring shores, the same person will seem to be perpetually changing place. We see him constantly receding from one shore and approaching another. If the earth moves from west to east exactly as the ship moves from east to west, we again say that the person at the stern does not change his place. This is because his place will be determined by certain immovable points in the heavens.
Principia Philosophia Part 3, Article 13

In this way, relationality is built into even the most elementary equations, such as those taught for kids. Rather, it is baked into Descartes’ 2nd Rule of Motion which is about state-change instead of inertia. And so we can safely throw away everything that Einstein made.

This is different from normal math which uses ‘deltas’.

  • Those deltas compare the object with itself at different states.
  • This is because math focuses on the object itself, and not on the totality of the reality where that object is in.

Math Versus Qualimath

For example, a basic math equation is 1 + 1 = 2. This can be visualized by:

Line
Addition of distance leads to a new location, or the addition of self-instances leads to more instances

Notice how this is overly simplistic and does not expand on cause and effect. This is because math uses a constricted mindset that really relies on the Conservation of Ideas.

This is why math-people can flip or transpose things. For example, 1 + 1 = 2 can be transposed to 2 = 1 + 1. This is because the = sign “conserves` the values on both sides.

The problem is that this is for closed, finite things and does not work for things that cross over to the aethereal layer. For example, the mass of a subatomic particle might be:

1 + 1 = 2.0000123

Math will be unable to explain where the .0000123 came from, which Superphysics explains could come from the upper layers or by abnormal properties of the particle in certain situations.

To fix this, we turn 1 + 1 = 2 into qualimath by adding the necessary parts:

Line
We qualimath a line. The addition of distance leads to a new location from local-motion (this is a Spinoza perspective), or the addition of self-instances leads to a new self (this is a David Hume perspective)

Here, we expose that the focus of the equation or line is itself. The qualimath ratio is State 1 :: State 2 which we deconstruct as:

(1 + 1) :: 2

This leads to the same output as the 1 + 1 = 2 of normal math, while imposing the following mental changes:

  • 1 + 1 is a rigid ratio of 2, not an equality. It means it is confined to specific layer and does not cross over to other layers. This is useful when it comes to constants
  • Both sides have the same importance
  • A straight-line equation would imply that the focus is on the line itself.

The concept of a focus is super important as it is the basis of:

But for 1 + 1 = 2.0000123, we use a different ratio:

(1 + 1) : 2.0000123

This means that the inequality is caused by something unknown. Provisionally, we fix this with:

(1 + 1) : 0.0000123 aether : 2.0000123

The 0.0000123 aether is a value from the aethereal layer that is affecting the relationship.

A More Complex Example

Let’s say we want to convert 17 * 19 = 323 to Qualimath. This will create 3 states in our sandbox:

  • State 1 for 17
  • Pseudo-state or action for 19
  • State 2 for the answer

We notate this as (State 1 * action) :: State 2, deconstructed as (17 * 19) :: answer

We use Egyptian Math, as Al-Khwarizmis algorithms, to deconstruct 17 (State 1) into its doubles as a ratio of the doubles of 19 (action).

State 1: 17 Action: 19
1 19
2 38
4 76
8 152
16 304

We use State 1 as the focus and add the corresponding values in the action* to get State 2 as 323**.

*Action is a pseudo state of State 1 that allowed the change. Without that pseudo-state, then State 1 would stay close minded and not be open to change and therefore remain as State 1 instead of changing to State 2.

*323 = 304 [as 5th row of State 2 or 16] + 19 [as 1st row of State 1 or 1 to get 17]

Here, the smaller number is put before the larger. In case of multiple multipliers, the first 2 are combined then rearranged, then multiplied with the latter multipliers.

This use of states, foci, and arrangements greatly simplifies math instead of making it boring and burdensome.

Descartes
Modern algebra has so many certain rules and formulas that it is full of confusion and obscurity that embarrasses instead of cultivating the mind.
Method of Reasoning and seeking Truth in the Sciences Simplified, Part 2

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