Canonum De Lex Naturae
Canons of Natural Law

one heaven iconII.   Small Object Axioms

2.1 Foundation Axioms

Article 17 - Boundaries, Measurement & Kinetic Ratios

Canon 368 (link)

The axioms within the Class of Natural Law of HARMONIC-VOLUME BOUNDARY are:

1.The axiom class of HARMONIC-VOLUME BOUNDARY is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES).

2.The greater the VOLUME of an object to its benchmark object (eg proton), the greater its harmonic kinesis.

3.The smaller the VOLUME of an object to its benchmark object (eg proton), the less its harmonic kinesis.

4.The greater the VOLUME of an object to its benchmark object (eg proton), the greater its perceived MASS .

5.The smaller the VOLUME of an object to its benchmark object (eg proton), the less its perceived MASS.

Canon 369 (link)

The axioms within the Class of Natural Law of PERFECT-IMPERFECT RATIO are:

1.The axiom class of PERFECT-IMPERFECT RATIO is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES).

2.A PERFECT IMPERFECT RATIO is a UNIQUE IMPERFECT NUMBER being any positive or negative number excluding zero that cannot be expressed as a ratio of itself but can represent real world ratios. Therefore a PERFECT-IMPERFECT RATIO is equivalent to a constant. Therefore a PERFECT-IMPERFECT RATIO is equivalent to PI.

3.The AREA of a SPHERE is equivalent to four times PIE by the RADIUS SQUARED.

4.The VOLUME of a SPHERE is equivalent to four divided by three by PI by the RADIUS cubed.

5.The CIRCUMFRENCE of a CIRCLE is equal to 2 by PI by the RADIUS.

6.The AREA of a CIRCLE is equivalent to PI by the RADIUS squared.

Canon 370 (link)

The axioms within the Class of Natural Law of VELOCITY-HARMONIC KINETIC RATIO are:

1.The axiom class of VELOCITY-HARMONIC KINETIC RATIO is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements) , Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES).

2.If Velocity at T1 does not change at T2, then the STRUCTURAL KINESIS at T2 shall be the same as T1.

3.If Velocity at T1 does not change at T2, then the FREQUENCY at T2 shall be the same as T1.

Canon 371 (link)

The axioms within the Class of Natural Law of MEASUREMENT are:

1.The axiom class of MEASUREMENT is derived from the existence of Can.314-(Existence), Can.319-(UNITA Elements), Can.320-(UNITA Properties), Can.378-(SUPER SUB ATOMIC ELEMENTS) and Can.379-(SUPER SUB ATOMIC PROPERTIES).

2.MEASUREMENT is equivalent to the MEASUREMENT of TIME.

3.The STANDARD MEASUREMENT of TIME is ONE (1) SECOND which represents one cycle of FREQUENCY of CESIUM being 9,192,631,770.

4.The MEASUREMENT of ONE (1) MINUTE is equal to sixty (60) SECONDS. Therefore, the MEASUREMENT of one (1) HOUR is equal to SIXTY (60) MINUTES.

5.The MEASUREMENT of ONE (1) DAY is equal to twenty four (24) HOURS. Therefore the MEASUREMENT of ONE (1) YEAR is equal to three hundred and sixty five (365) DAYS.

6.MEASUREMENT is equivalent to the MEASUREMENT of VELOCITY and DISTANCE.

7.The MEASUREMENT of VELOCITY is equivalent to one (1) PHOTON SECOND (UNIT OF SPEED OF LIGHT) which represents the distance a photon travels in one (1) second being 299,792 kilometres (per sec).

8.One (1) PHOTON SECOND (UNIT OF SPEED OF LIGHT) which represents the distance a photon travels in one (1) second being 186,212 miles (per sec).

9.One (1) LIGHT YEAR is equal to the distance of 5.878 by 1012 miles being the DISTANCE travelled by a PHOTON in one YEAR.

10.One (1) LIGHT YEAR is equal to the distance of 9.460 by 1012 kilometres being the DISTANCE travelled by a PHOTON in one YEAR.

11.One (1) METRE is equal to one (1) divided by 299,792 being the DISTANCE travelled by a PHOTON in ONE SECOND.

12.The MEASUREMENT of ONE CENTIMETRE is one hundredth of a METRE. Therefore the MEASUREMENT of ONE KILOMETRE is one thousand METRES.