Relative Infinity And Relative Zero - Vacuole Theory

Closed Systems Analysis

Closed loop axes each has a finite scalar dimension. Infinite dimensions emerge from the notion of an absolutely expansive dimension, also presumably of the same topology as the finite dimensions. Dimensional loop revolution, achieving infinite revolutionary velocity is how the infinite dimension can be realised as a closed loop axis or dimension.

When conserving the angular momentum for a given inertial reference frame, reducing the diameter will lower the revolutionary angular momentum. If the angle is preserved it can never reach no angluar momentum. If zero is to be represented in physics (the test-bed of mathematics reality), it must present real dimensions.

The only plausible and likely dimension, by definition, is the smallest describable scalar or harmonic, 1/∞. A harmonic is required to be amplifiable. The lowest value harmonic '1/∞' can be amplified (multiplied by another harmonic) yet it cannot be amplified if being 0, it is literally 'nothing'. 'Nothing' or 'no dimension' cannot be further defined or harmonically changed in physics. The concept of zero must be ascribed to 1/∞. Algebraically, infinity must be the inverse of zero.

Are there any examples in physics of a maximum dimension, or relative inifinity, or of a minimum non-zero dimension, or relative zero? The answer is 'yes' to both. It is, first, important to understand that scale is the variable of the dimension, not the dimension itself which remains a constant. One maximum is the relative infinity of speed's harmonic - 2.997 924 58 * 10 ^ 8. For convenience, the author dubs the value the alphabetical character 'z'. Light speed 'c' is z m/s in measure. The lowest 'spatial' oscillation frequency of light, and of electric current in a standard conductor.

For water the freezing and melting temperature is 273.15 K. That is the lower phase change temperature of water. The upper phase change temperature between water and steam is 373.15 K. 273.15 K is the '0 [ relative ]' of water, and 373.15 K is the '∞ [ relative ]' of the same liquid phase. The range is 100 K or 100 °C - relative infinity for water temperature at 1 atmosphere of pressure. The minimum in the range (or closed system) is 0 °C or (1/100) °C as well - relative zero for water temperature at 1 atmosphere of pressure.

That example implies the conjecture that the lowest conceivable speed of revolution, in any 'spatial' reference frame, is 1/z m/s or approximately 3.336 * 10 ^ -9 m/s. The speed of 'rotation' - critical, baseline or unamplified revolution is Pi rad/s or precisely 22/7 rad/s. It has a unitary frequency or resultant frequency of 1 rad/s or 1 Hz. 1.061 ^10 -9 Hz is the minimum resultant frequency or completely linear frequency. The maximum resultant frequency is z/Pi Hz or approximately 9.543 * 10 ^ 7 Hz.

The Mathematical Case

∞ [ relative ] , 0 [ relative ]

∞ [ 100 ] = 100/1 0 [ 100 ] = 1/100

∞ [ x ] = x/1 0 [ x ] = 1/x

∞ [ o ] = ∞/1 0 [ o ] = 1/∞ ,

∞ = a ,

1/a = 1/∞ ;

a * 1/a = ∞ * 1/∞ ,

1 ,

1 = ∞ * 1/∞ ^ 2 ,

∞ = ∞ * 1/∞ ;

1 = 1/∞ ,

1 = ∞ ,

∞ = 1/∞ , 1

∞ - 1 = 0

1 = 0, 1/∞, ∞

1 = 0/1 , lowest value

1 = 1/1

1 = 1/∞, lowest value

1 = ∞/1, maximum value,

where ∞ [relative] = ∞

The Critical Zero Expression

The conjecture is that 0 is not a number. Rather it is an contracted mathematical expression - likey for 1/∞.

1/∞ = 0/1 ,

∞/1 = 1/0 ,

1/1 = 1/∞ * ∞/1 ,

0 * ∞ ;

0/1 * 1/0 = 1/1 * 0/0 ,

1

The conjecture of the answer to 1/0 can be found, by calculating that ratio, in Google calculations, via the URL bar.

Matinga's Laws Of Closed Systems

1. All closed systems, in physics, can be described by circular dimesions.

   
   

2. Their the maximum circumference or the maximum diameter and the minimum circumference and minimum diameter, must obey the relationship that the minimum of each is always of the inverse scalar or inverse harmonic of the similar maximum dimension.

   
   

3. The reverse or converse argument is also true.

© Sydney Matinga 2026