Earth/matriX

SCIENCE TODAY

Table of Selected Physical and Chemical Constants with

Relational ±3.66 | ±1.366 Fractal Values

(Approximate Range 1.356 | 1.385)

charlesjohnson@earthmatrix.com

Physical \| Chemical Constant	Complementary Information	Values
Earth/matriX Absolute Thermodynamic Temperature Scale	The thermodynamic temperature reflects the 1.3661 ratio between the boiling and freezing points of water.	1.3661 ratio
Ionization Energy of Hydrogen	Ground State of 1-H. The energy needed for the electron to no longer be bound to the atom.	-13.6 eV
Solar Constant Range 1338 to 1368 Wm^-2	The solar constant [Commission for Instruments and Methods of Observation in 1981 adopted the World Radiation Center (WRC) solar constant]	1.367 w/m^-2
Earth/matriX Absolute Thermodynamic Temperature Scale	The sum of the boiling [136.6] and freezing points [100.0] of water.	2.3661 ratio
Inverse Fine-Structure Constant	The Fine-Structure Constant and the Inverse Fine-Structure Constant are 7.297352568 and 137.03599911 respectively	137.03599911
Hartree Energy	Hartree energy 27.2113961 / 2 = 13.60569805	13.60569805
Rydberg Constant	Rydberg constant 13.6056981[same as Hartree energy half value]	13.6056981
Core-Mantle Boundary	136 Gigapascals of pressure at the Core-mantle boundary	136 Gigapascals
Newtonian Constant of Gravitation	The Newtonian Constant of Gravitation:	6.6742 is a multiple of 13668.7616
Sidereal Year of Earth	The Sidereal Day-Count of Earth:	365.256 is a reciprocal multiple of .0013689254
Velocity of Light	The Speed of Light is a reciprocal of:	1.366278534
Refractive Index of Light	The Refractive Index of Light:	1.3669
Electron to Alpha Particle Mass Ratio	The Electron to Alpha Particle Mass Ratio is given as a constant value:	1.370933555
Boltzmann Constant	The Boltzmann Constant and/or the Kelvin-Joule Relationship is:	1.3806505
Living Cells	"Living cells typically have a refractive index of between 1.33 and 1.38." Approximately 1.36 is the average of these two cited values.	1.36
Vacuocentric Solar System	The Solar Matrix	0.136 \| 2.136 \| 4.136
Electrons in Shells of Atoms	Maximum number of electrons in shells of an atom ratio for shells 6 and 7	1.3611111111
Special Right Triangle	Side Measurements of 15 \| 75 \| 90 Special right triangle	0.366 \| 1.366 \| Ö2
Oxygen Content	The amount of oxygen bound per gram of hemoglobin [varies from 1.34 – 1.39 due to method of measurement]	Given as 1.36 ml at one atmosphere
Radioactive Decay	The radioactive decay constant for Radium	1.36 x 10-²²
Photon Energy	True Photon Energy Constant	1.366 GeV
Gamma-Radiation Stability	Minimum cell size for gamma-radiation stability is about 100 Si atoms	1.36 nm x 1.36 nm
Single-Walled Carbon Nanotubes SWNT	Shape equation gives optimum diameter	1.36 nm
Caloric absorption	Approximate number of calories absorbed for each 0.01 gram of hydrogen which unites with oxygen	1.36
Hardness approximation	Where k is a constant that depends on the Pauling electronegativity scale; k is the force constant of the bond; electronegativity is the power of an atom in a molecule to attract electrons to itself.	k = 1.36
Chromosomal Base Pairs DNA/RNA	A = Adenine 76 protons T = Thymine 66 protons C = Cytosine 58 protons G = Guanine 78 protons U = Uracil 55 protons	AT = 142 protons GC = 136 protons AU = 131 protons
Mercury Element 80-Hg	Specific Gravity	13.6
Radium Element	Electronegativity	1.36
Neutron mass/proton mass ratio 1.001378344	Multiplied times 1.366025404 math unit ratio	1.36790 Solar constant
Muon mass 1.134289256	Divided by Atomic Mass Unit u 1.660538782	0.683085074 x 2 = 1.366170147
Speed of light in vacuo 2.99792458	Multiplied times 0.366025404	= 1.097316556; Rydberg constant = 10973731.6m-1
Ancient Maya Companion Number 1366560 \| 1385540	Maya Long Count	Fractals 1.366560 \| 1.385540
Precession [theoretically projected]	26000 years times 365.256 Earth Sidereal days	9.496,656 days
Earth Year	Orbital period	Common year 365 days; Sidereal year 365.256; days Leap Year 366 days
Sun	Sun's Axial Rotation	Equatorial regions period 36 days; Polar regions period 25.6 days
Ancient Mesoamerican Reckoning Time System	Maya & Aztec Day Calendars	360 days/year, plus 5 days; 260 days/year
Neutron Stars	Neutron-star binaries \| mass	1.36±0, 08M_sun
Fine Structure Constant	Eddington Number	1/136 1/137 Revised
Special Right Triangle	Measurements 15\|75\|90 Special right triangle	0.366\|1.3661
Difference between boiling\|freezing points of water	Earth/matriX Absolute Thermodynamic Temperature Scale BPW = 136.61; FPW = 100.00	0.3661
Relation of mean circumference of Earth to equatorial circumference of Earth's moon	40030.2 divided by 109.16 Earth mean circumference / Moon Equatorial circumference	3.6671
Equatorial circumference of the Sun Commonly cited measurement for the diameter of the Sun 1391684 kilometers	Commonly cited value 1391684 multiplied times pi = 4372104	4366813 kilometers 4372104 doubles to 3.6676
Derived measurement for the Sun's circumference	4372104 derives 3.667586659 fractal	3.6676 halves to 3.335650 3.335650 reciprocal = 299792 [~ c]
Measurement of Weights	Pounds = Kilograms	31 lbs. = 1.36 Kg
Range of the Iron Peak of Nuclear Fusion\|Fission	Elements 26-Iron, 27-Cobalt, 28-Nickel	1 / 26 = 0.038461538 1 / 27 = 0.037037037037 1 / 28 = 0.035714285
Von Klitzing constant	2.5812807557 / 2 = 1.290603779	1.290603779 halves to … 3.668116558 … 1.366479903
Fractal Math Constant	Unit 1.0 1.366025404 \| 0.366025404	1.366025404 times 0.366025404 = 0.5, 1.0
Age of the Universe	Estimated	13.6 - 13.84 billion years
Measurement of Length	Angstroms and Nanometers	1.36 Angstrom = 0.136 nanometers
Ratio of Elements by Atomic Weight	56-Barium 136.24521 92-Uranium 236.15384 *(92 - 56 = 36;* *36 elements = Fractal Unit 1.00)*	236.15384 / 136.24521 1.733300129 ~ (~ Square root of 3)
Pi divided by the Diametian	3.141592654 / 1.141592654	2.751938393 halves to 1.375969196
K = constant which is the same for all gases at constant pressure	2.7315	1 / 2.7315 0.366099212
Kuiper Belt	Range 30 - 50 Astronomical Units	50 / 30 = 1.8333 1.8333 doubles to 0.366
Mean Asteroid Belt \| Mean Kuiper Belt	433833881 \| 6357910325	433833881 / 6357910325 = 0.068235294 doubles to 0.136470588
Popular Proposed Definition of the Kilogram	"… the mass of a body at rest whose equivalent energy equals the energy of photons whose frequencies sum 135.639,274 x1042Hz"	1.35639274 fractal
Average Solar Constant	"Based on data collected over 25 years from terrestrial to space observations, the actual best estimate of the average solar constant is Gsc = 1366.1 Wm^-2 " (Gueymard, 2004)	1366.1 Wm^-2
Fine Structure Constant 0.729735257	Maya Long Count Period 1872000	1872000 times 0.729735257 equals 1366.064388
An aside: Maya Companion Fraction 151840 1366560 / 9 = 151840	Neutron-proton mass difference energy equivalent 2.30557392e-30	151840 squared equals 2.30553856
Maya Reckoning Number 13	Neutron-proton mass difference energy equivalent 2.30557392e-30	13 times 2.3057392 equals 29.9724609 (~c)
Planck Constant in eVs 6.58211899 (doubles to 1.3164237)	Divided by Planck constant h-bar (c) in MeV fm 1.973269631	Reciprocal of speed of light in vacuo 3.335640952
Speed of Light in a vacuum 2.99792458	Divided by 1.366025404 Fractal Math Unit Factor	2.194633109 / 2 1.097316555 Rydberg constant 10973731.568
Square root of three 1.732050808	Times 1.366025404 Fractal Math Unit Factor	2.366025404 Critical Point of Water
Planck Energy 1.9561	Times Planck Implied Mass 3.487	6.8209207 x 2 = 13.6418414
*a) Planck constant 6.885 in 1899* *b) Planck constant 6.55 in 1900* *[Background information]*	a) Doubles to … b) Doubles to ...	*a ) 13.77* *b) 13.1*
Natural Unit of Momentum	2.7309249 e-22	2.7309249 halves to 1.36546
Electron mass 9.1093891	Times speed of light in vacuo 2.99792458	27.30926149 / 2 13.65463075
First Radiation Constant 3.741736091	Times Planck Mass 2.17644	8.143664098 doubles to 33356.44814 ~ Reciprocal of speed of light
Square root of the speed of light in a vacuum 299792.458	Square root of 299792.458 equals 547.5330657 kms	547.5330657 / 2 273.7665328 136.8832664
Cosmic Microwave Background Radiation 2.725^o above absolute zero.	Reciprocal 0.366972477	2.725 / 2 = 1.3625
N---O (Nitrogen=Oxygen) single bond length. "The N-O bond lengths are 118 and 136 pm." (Consider: 118 x 2 = 236)	Sum covalent radii singly bonded nitrogen ( r - 70 pm ) and oxygen ( r = 66 pm ) (pm = picometer)	136 pm
H-Cl bond length C-F (single) bond length	The bonds C1-C2, C3-C4, C5-C6 and C7-C8 are in length about	136 pm
31-Gallium atomic radius	-	136 pm
Valence shell orbital radii for 26-Iron (Consider the Iron Peak for Nuclear Fusion & Fission)	s Orbital for 26-Iron	136.6 pm
25-Manganese exception atomic number sequence	Atomic radius of Manganese	136.6 pm
Quantum of Circulation	3.6369 e-4 m^2 s^-1	Reciprocal = 0.274959443 0.137479721
Critical Point of Water (E. L. Nichols,The Elements of Physics, Macmilan, 1914)	*The ratio of standard steam* (S = 373) temperature to ice (I - 273) temperature has been found by the air thermometer to be (S/I)**	1.367 absolute temperature
Critical Temperature of Water. Phase boundary between liquid and gas terminates: 647.096 Kelvin	647.096 / 2.7315	236.901 Earth/matriX scale
Lattice Parameter of Silicon	543.1020504 e-12 m	Halves to 271.5510252 135.7755126
Atomic Unit of Electron Potential	27.21138505 V	27.21138505 / 2 = 13.60569253
Deuteron-Electron Mass Ratio 3670.4829652	3.34358348 / 9.10938291 = 3670.4829652	Reciprocal = 0.000272443
Electron to Alpha Particle Mass Ratio	1.37093355578 e-4	Reciprocal = 0.729429953
Electron volt-Hartree Relationship (See Atomic Unit of Electron Potential)	3.674932379 e-2 E_h	Reciprocal = 0.27211385 eV
Atomic Packing Factor (APF) *(Packing Fraction)*	Diamond Cubic = 0.34 Simple Cubic = 0.52 Body-Centered Cubic = 0.68 Face-Centered Cubic = 0.74	0.34, 0.68 doubles to 1.36
Earth/matriX SCIENCE IN ANCIENT ARTWORK AND SCIENCE TODAY	© 2009-2014 Copyrighted byCharles William Johnson. All rights reserved.

Observation

The numerical values cited in the selected constants provided on the list are not to be dismissed as being randomly coincidental Rather, one must begin to consider their material relationships in spacetime/motion. Consider a most intriguing, yet understandable, relationship in the Packing Fractions.

Divide the Face-Centered Cubic value (0.74) by the Diamond Cubic (0.34):

74 / 34 = 2.1764705 { Nearly exact Planck Mass numerical value offered today}.

Innumerable other examples of material relationships exist among the cited constants. It is a question of flexing one’s imagination to comprehend possible relationships of matter-energy in spacetime/motion, from the ancient past to our immediate present.

Earth/matriX
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Email: charlesjohnson@earthmatrix.com

Earth/matriX

SCIENCE TODAY

The radioactive decay constant for Radium

True Photon Energy Constant

Minimum cell size for gamma-radiation stability is about 100 Si atoms

Shape equation gives optimum diameter

Caloric absorption

Approximate number of calories absorbed for each 0.01 gram of hydrogen which unites with oxygen

Where k is a constant that depends on the Pauling electronegativity scale; k is the force constant of the bond; electronegativity is the power of an atom in a molecule to attract electrons to itself.

A = Adenine 76 protons

Specific Gravity

Electronegativity

Multiplied times 1.366025404 math unit ratio

Multiplied times 0.366025404

Maya Long Count

26000 years times 365.256 Earth

Orbital period

Sun's Axial Rotation

Maya & Aztec Day Calendars

Neutron-star binaries | mass

Eddington Number

Measurements 15|75|90

Special right triangle

Earth/matriX Absolute Thermodynamic Temperature Scale BPW = 136.61; FPW = 100.00

40030.2 divided by 109.16

Commonly cited value

1391684 multiplied times pi = 4372104

4372104 derives 3.667586659 fractal

Pounds = Kilograms

Elements

26-Iron, 27-Cobalt, 28-Nickel

2.5812807557 / 2 = 1.290603779

Unit 1.0

Estimated

Angstroms and Nanometers

56-Barium 136.24521

3.141592654 / 1.141592654

2.7315

433833881 | 6357910325

"… the mass of a body at rest whose equivalent energy equals the energy of photons whose frequencies sum 135.639,274 x1042Hz"

"Based on data collected over 25 years from terrestrial to space observations, the actual best estimate of the average solar constant is Gsc = 1366.1 Wm-2 "

(Gueymard, 2004)

Maya Long Count Period

Divided by Planck constant h-bar (c) in

Times 1.366025404

a) Doubles to …

Times speed of light in vacuo

"Based on data collected over 25 years from terrestrial to space observations, the actual best estimate of the average solar constant is Gsc = 1366.1 Wm^-2 "