
Charles William Johnson
welcomes you to
Earth/matriX Editions
where you will find published research findings about
Science in Ancient Artwork
Ancient Animation
Paleoanimation
Science Today
Math and Geometry Encoded into Ancient
Artwork
In the Science in Ancient Artwork works, I
offer studies about ancient calendars, such as the Aztec Calendar,
and how the ancients reckoned time. Studies also cover the math
and geometry encoded into the ancient art. I have studied seven
different cultures to date, with publications mainly covering at
present the Aztecs and the Maya of Mesoamerica and, the Kemi of
ancient Egypt. You will analyses of the geometry and math behind
the pyramids of these fascinating ancient cultures. Soon many more
findings will become available about art from Peru, China, Japan,
and Korea.
The Ancients Designed Animation into Their
Artwork
My studies in ancient artwork led me to animate
the artwork of many of these cultures. This kind of Ancient Animation,
I call it Paleoanimation and have published mainly two examples,
one of the movement encoded into the Aztec Calendar and another
one about the movement encoded into the Maya image of Pakal Votan
on the lid of his sarcophagus. Many more paleoanimations will become
available for viewing on this website from ancient China, Japan
and Peru. We should begin uploading additional paleoanimations soon,
so come back and visit us often. When I say we, I also mean Jorge
Luna Martínez who has also designed some of the animations that
you will be able to view here.
Ancient Animation Through Math and Geometry
by Design
The interesting point about the paleoanimations
is that they are based upon the math and geometry studies, which
led me to consider the possibility that the ancients themselves
designed their artwork with the concept of animation encoded in
their works. So, even though Jorge and I are producing the animations,
in fact, the ancients were the real paleoanimators. With a single
art design they encoded the concept of movement into their work
for all of us to see generations later. Why do I say that? Because
they employed stone for their work which lasts generations upon
generations, when they could used wood which would have been much
easier to work with and would have just been for their own consumption.
But the ancients obviously had a profound sense of time and human
history, and the need to communicate to later generations hence,
their tremendous efforts at working and sculpting in stone.
Find Out How Ancient Artwork Relates to
Science Today
Upon studying the math and geometry in ancient
artwork, it quickly became obvious to me that the ancient reckoning
systems of space and time, math and geometry, had relevancy for
today's studies in physics, chemistry and astronomy. From there
it was a stone's throw to considering the significance of the ancient
math and geometry in Science Today. The first study that I carried
out in this sense was to relate the ancient Maya Long Count, for
analyzing extremely long periods of time on Earth and in the Cosmos,
with the study of the elements and their atomic structure.
A New Periodic Table
Based on Ancient Math
and Geometry
With those studies, I produced a restructuring
of the periodic table of the elements based on the numbers coming
out of the Maya Long Count. I call this new periodic table, The
Schemata of the Elements. You will find available for viewing here
over 6000 different schematic analyses of the chemical and physical
properties and characteristics of the elements.
All Things Are Related
In the studies that you will find here, students
are encouraged to explore relationships between not only ancient
knowledge and contemporary cognitive fields, but to consider relationships
among chemistry, physics, astronomy, geography, reckoning time,
math and geometry, and many other fields, irrespective of the particular
timeframe in which the knowledge was produced. When you delve into
these works, affirming that you are a chemist and therefore have
no need to know anything about geography or astronomy or ancient
math and geometry will not hold water. In approaching the studies
offered here, an open mind is required. I am certain that you will
in fact perceive relationships that I have not been able to detect,
no matter how hard I have been looking for as many relationships
as possible.
So, come on in; see what you can see; see
how many relationships you can find in discovering the Earth's matrix.
Consider just one example;
then, add onto it or, better still, create your own.
THE BOOKS 

All Essays 19972017 on This Website
Grouped by Main Themes
THE GREAT PYRAMID
 The Great Pyramid
 Pyramids of Egypt: Precession Numbers and Degrees of
Angles
 The Pyramids
of Giza and Teotihuacan
 The Great Pyramid: Measurements
 Giza and Teotihuacan:
51213
 The Baseline of the Great Pyramid: A Measure of 756 :
676 (pdf)
 The Great Pyramid’s
Hidden Constant: The 239c Count (pdf)
 The Great Pyramid A Theoretical Construct (pdf)
 The Square/Circle Constant .5641895836 (pdf)
 The Square Root of
Ten (3.16227766) and Its Reciprocal (.316227766)
 The MayaKemi System
 The MayaKemi Baseline:
1689
 The Sacred Nine a MatriX
 The Great
Pyramid of Giza and the 1.6.8.9 Triangle
 Bouguer Gravity
and the Giza Complex
 Maya and Kemi Numbers: Multiplication
 Earthquake Data and the
Great Pyramid of Giza
THE
ANCIENT SITES
 The Temple of Quetzalcoatl.
 Ancient Sites
Point to Atlantis: Giza, Teotihuacan and Nazca
 The Miami Circle The Internal Alignments of the preTequesta
Circle
 The Geometry
of Ancient Sites Ancient Sites
 Was Wegener
Wrong? Tectonic Plates, Continental Drift and The Symmetry
of the Continents Tectonic
 The Work of Carl P. Munck: The Code
 The Geometry
of Ancient Sites: A GeoGrid
 The Geodetic
Foot: the 1296c Factor
 FrameDragging,
the Geodetic Effect of Spacetime and the Sothic Cycle
Number.
 Ocean Currents: Alternating Patterns of Symmetry.
 Book: Eventpoint Cosmogeography
 Comparative Analytical Drawings of the Pyramids of Teotihuacan, Mexico and the Pyramids of the Giza Complex, Egypt (pdf)
COMPARATIVE LINGUISTICS
 Correspondencia
lingüística entre el náhuatl y el antiguo
egipcio Spanish
 Linguistic Correspondence:
Nahuatl and Ancient Egyptian English
 Ancient
Egyptian Hieroglyphs Compared to Selected Nahuatl WordConcepts
 A KemiMesoamerican
Language (Metlatl and Met At)
 Comparative Maya
and Egyptian
 The
Talmud and Ancient Egyptian: Linguistic Correspondence
in the Mishnah
 Cocoliztli or Cocolitzli?
Indigeous Hemorrhagic Fever and The Spanish Conquest
 Ancient Mesoamerican Reckoning Names Compared to Ancient
Egyptian (pdf)
 Book: Sounds, Symbols, and Meaning: Ancient Egyptian, Nahuatl
and Maya Sounds
 Native
Indian Languages of Louisiana Linked to the Ancient Egyptian
Hieroglyphs
 Ancient Egyptian
and Purepecha
 Runa Simi (Quechua)and
the Ancient Egyptian Hieroglyph
THE AZTEC CALENDAR
 The Aztec Calendar: The
Pointer
 Macuili Ollin: An Animation of the Aztec Calendar
 The Aztec Calendar: Patterns
Within the DayGlyph Ring
 The Aztec Calendar:
The Spatial Divisions
 The Aztec Calendar:
The Ring of Flames
 The Legend of the
Four Suns
 The Legend of the
Four Suns: Math, Geometry, and Design
 The 9 Baktuns of the 9.0.0.0.0
Baseline of Maya History on the Aztec Calendar
 The Aztec Calendar 360 (pdf)
 The Aztec Calendar: A Study of the Five Central Points (swf)
 The QuincunX (pdf)
 The Quincunx: A Primer in Computation (pdf)
 Symbolic Math
in the Aztec Calendar.
 The Reciprocal of Seven and Pi in the Ancient Reckoning
System
 The Core of Earth
and The Aztec Calendar
 Book: The Aztec Calendar: a 374.4 Circle
 Book: The Aztec Calendar: Math and Design
 Book: Lagrangian Points on the Aztec Calendar
 Book: Images of the Aztec Calendar
 The Aztec Calendar: A Study of the Five Central Points (swf)
 Ancient Calendrical Numbers: The 234, 260 and 360 Day Calendars (pdf)
 Huitzilipochtli: Hidden Images of the Aztec Calendar
 Plasma Physics: 1014 and MesoAmerican Mythology
THE ANCIENT RECKONING SYSTEM
 The Integer
(20) Calendar Reckoning and Astronomical Tables: Ancient
Mexico
 The Reckoning
Systems of Ancient Mesoamerica daycount and Constant
Numbers.
 The Maya Long Count: Time Cycles in Terms of Distances.
 The Numbers of
the Universe and the Ancient Reckoning System of Mesoamerica
 The Maya Long
Count and SpaceTime/Movement.
 Measurement and
the Coincidence of Numbers and Proportion in Reckoning
SpaceTime Events.
 Book: Ancient Numerology
 Book: Reckoning Time: Ancient DayCounts
 The Octave: Tuning at A432
or F432
 The 360c Square:
A Design
 The Hidden Numbers
of K'awil
 The Platonic
Year & the Maya Long Count: Fractal
 The Platonic Year and
The Nineveh Constant (25920:22680)
 A Mathematical Constant: 288
 Symbolism in the Sothic Cycle Number 1649.457812
 The Sothic Cycle and the Maya Venus Cycle.
 Patterns of Time
Cycles and Orbits: Ancient Mesoamerican Calendars/
 The 3168c Count of Jesus Christ (pdf).
 Computational Origin of the Maya Long Count Origin
Maya (pdf)
 Powers and Roots in the Ancient Reckoning System
 Computers and the Ancient Reckoning System
 Ancient Reckoning Number Series (pdf)
 The Square Root of Ten (3.16227766) and Its Reciprocal
(.316227766)
 The Ancient Reckoning Method (pdf)
 Measuring
Spacetime/Movement.
 The Sacred Nine a MatriX
 Dimensionless Numbers and Numbers with Dimension
 Palindrome Numbers (pdf)
 Maya and Kemi Numbers: Multiplication
 Ephemeris Time and Ancient Numbers
 Reference Constant Numbers and Equations
 Mathematical and Geometrical Minutiae
 The Geodetic Foot: the 1296c Factor
 Escape Velocity: Planetary Reckoning
 The Mantissa in Ancient Reckoning of Time: A Case Study
of .890411
 The Speed of Light and the Ancient Nineveh Fractal Number:
1959552
 Ancient Calendrical Numbers: The 234, 260 and 360 Day Calendars (pdf)
ASTRONOMY
 The Upsilon Andromedae
System
 Book: The Solar System: Ancient Symmetry
 The Rotation
of the Sun and Ancient Reckoning
 Book: Numbers and Cycles in Ancient Astronomy
 Book: The Pyramids of Teotihuacan in Motion
 Cosmic Microwave Background: The Temperature of the Universe
(2.7281)
 The Astronomical Unit (AU): Mercury/Sun Distance
 Patterns of Symmetry among the Planets: Mercury/Sun as
Astronomical Unit (pdf)
 The Distance of the Planets from the Sun and their Atmospheric
Composition
 Mercury
as Astronomical Unit (AU), for Distance, Orbital Periodicity
and Velocity
 The Symmetry of The Earth and The Solar System (pdf)
 Venus Retrograde and the Lunation Timing of the Earth's
Moon
 2012 The Potential
Impact of Asteroids on Earth
 The BiGravitational Solar System CenterPoint and Barycenter
 By Intelligent Design: The 1.068 Solar Radii Constant.
 A MultiGravitational Solar System Infinitely so..
 A New Special Right Triangle: 15° · 75° · 90°
The Solar System's 60Degree Angle of Inclination to the Galactic Plane
THE
MAYA LONG COUNT
 The Maya Long Count:
Time: Time Cycles in Terms of Distances
 The Maya Long Count and SpaceTime/Movement
 The Platonic Year & the Maya Long Count: Fractal
 The Solar System as Maya LongCount.
 The Hidden Numbers of K'awil
 Computational Origin of the Maya Long Count Origin Maya(pdf)
 Ancient Encoded Numbers: The Speed of Light
 The Speed of Light as of Ancient Reckoning
 Maya and Kemi Numbers: Multiplication
 The Companion Numbers: The Ball Game
 The Square Root
of Ten (3.16227766) and Its Reciprocal (.316227766)
 The Sacred Nine a MatriX
 Protons, Neutrons, Electrons, and The Maya Companion
Numbers.
 The
Maya Long Count: an Extension of the Pythagorean Theorem
and an Emendation to Fermat’s
Last Theorem
 A Possible Maya Method of Ancient Math (pdf)
PLANCK'S
CONSTANT
 Planck Units of Mass, Momentum and Energy: c^{7}, c^{8} , c^{9} Respectively, Powers of the Speed of a Light Photon
 The Planck Constants Based on the Fundamental Physical Constant
 The Earth/matriX Table of Planck Constants Based on the Fundamental Physical Constants
 Table 1. The theoretical foundations of the Planck units
 Table 2. The Planck Constants Based on the CODATA Computational
Error
 Table 3. 1.9560844566531 Implied Energy in Relation to
other constants
 Table 4. The Earth/matriX Table of Planck Constants Based
on the Fundamental Physical Constants
 Table 5. Fundamental physical constants as well as the
natural unit of length
 Table 6. Redundant Derivations of 1.956084466531 Implied
Energy in the CODATA Fundamental Physical Constants
 Table 7. Table of the Planck Constants Based on the Fundamental
Physical Constants
 Table 8. Reduced Planck Constants: Planck's Constant,
h, Based on 3.38704993
 Table 9. The Planck Constant and Select Reduced Planck
Constants with CODATA values
 The Compton Wavelength Represents the Fractal Reciprocal of the Planck Implied Length
 Natural
Units and Atomic Units
 Relationships Regarding Select Physical and Chemical Constants
 Proposal to Include Planck Implied Values in the CODATA
Listing
 Scientific
Notation, Fractal Numbers and the Symbolic Formulae Based
on Roots
 The Square Root of the Speed of Light in a Vacuum and
Planck Units
 Planck Units: Natural Units and the Key Equations in Physics 38 pag
 Math Procedures in the Planck Constants
 My Hunch about Quarks and Their Numerical Values
 Planck’s Fundamental Physical Constants: The Theoretical Foundation of the Planck Units.
 Proposal to Correct an Omission and an Error in the CODATA.
 Tables of Particle Mass Ratios and Their Reciprocals.(pdf)
 The Planck Constants Represent Powers of the Speed of Light in vacuo
COSMOGEOGRAPHY
 Eventpoint CosmoGeography
 Earth's Life Cycles Contradict the Supercontinent Cycle:
(The Earth's Reproductive Life Cycles of Carbon, Nitrogen,
Oxygen and Water Deny the Theory of Continental Drift)
 "Symmetry Between Land Mass and Water Mass on Earth"
Volume Two of Cosmogeography
 The
Theory of Continental Drift and Pangaea Today: A Prima
Facie Rebuttal (pdf)
 Continental
Drift and Plate Tectonics Adrift
 Continental
Drift, Plate Tectonics and SeaFloor Spreading: A Critical
Commentary
 Continental Drift and Direction According to Proponents
of the Wegener Theory Images
 Tectonic Plates, Continental Drift and The Symmetry
of the Continents (Abstract)
 Was Wegener Wrong? Tectonic
Plates, Continental Drift and The Symmetry of the Continents
Tectonic
 Alfred
Wegener's Book, The Origin of Continents and Oceans: A
Critical Commentary on Continental Drift Theory
 Ocean Currents: Alternating Patterns of Symmetry.
 Continental Drift and Plate Tectonics Adrift Mt. Aconcagua
and Mt. Everest in Symmetry to the West Coast of Africa
 Eventpoint Cosmogeography Continental Drift Theory
Questioned by Translation Symmetry Found Through
 Continental Drift Theory Denied: Symmetry of Land Mass  Water Mass on Earth
 The Mississipi River Delta and The Nile River Delta: Note for the Atchafalaya River Debate
THE
FUNDAMENTAL PHYSICAL CONSTANTS
 Table
of Selected Physical and Chemical Constants with Corresponding
1.36+ Fractal Values
 Fractal Values of Selected Fundamental Physical Constants:
Ancient Reckoning and CODATA Reckoning (pdf)
 The Nineveh Number and The Fundamental Constant "Acceleration
Due to Gravity" (979.776 : 979.732)
 The Reciprocal of Light: Gravity The Reciprocal of
Gravity: Light
 Fine
Structure Constant 7.297 352 568e3 one pag
 Fine Structure Constant: A Redundant Notation pdf one
pag
 The Inverse Fine Structure Constant A Relationship of Pi and the Diametian pdf one
pag
 The
Inverse FineStructure Constant, The Ground State Energy
Level of the Electron in a Hydrogen Atom, and, The Earth/matriX
Thermodynamic Temperature Scale [137.03599911  13.6eV
 1.3661]
 A
Constant Factor for The Difference Between the Proton
Mass and the Neutron Mass
 The Square Root of The Speed of Light and The Speed
of Light Squared
 Metric Time and The Speed of Light [ 259,020.6837 kilometers/metricsecond
] Time Systems, Clocks and Spacetime Measurement pdf 35
pag.
 Metric Time and NonMetric Time: The Speed of Light
Conversion Factor 1.157407407 for Translating CODATA Fundamental
Constants to a Metric System.(pdf)
 My Hunch about Quarks and Their Numerical Values
 Particle Mass Differences: Earth/matriX Proposed Order for the Mass of the Particles.(pdf)
 Proposal to Correct an Omission and an Error in the CODATA.
 Planck’s Fundamental Physical Constants: The Theoretical Foundation of the Planck Units.(pdf)
 Tables of Particle Mass Ratios and Their Reciprocals.(pdf)
THE
SOLAR CONSTANT
 The Earth's Matrix 1.3663
 The Solar
Constant
 The Solar Constants of the Planets
and The Earth/matriX Temperature Scale [Earth = 1.3661 fractal]
 A Temperature Constant for the Universe (1.366 and .366)pdf
 The Solar
Constant: 1.3661 and The Earth/matriX Temperature Scale:
1.366085811
 The Square Root
of Ten (3.16227766) and Its Reciprocal (.316227766)
 Table
of Selected Physical and Chemical Constants with Corresponding
1.36+ Fractal Values
 Physical and Chemical Constants: The significance of
the 136.Fractal for the electron in a atom pdf 7pag
 The
Inverse FineStructure Constant, The Ground State Energy
Level of the Electron in a Hydrogen Atom, and, The Earth/matriX
Thermodynamic Temperature Scale [137.03599911  13.6eV
 1.3661]
 Maximum Number of Electrons in Shells of Atoms: The
1.3611111
 Matter and Energy Disengaged: Ionization Energy the
Solar Constant, the Temperature Scale and the Refractive
Index of Light
[ 1.36  1.366  1.367 ]
 The .366  1.366  2
Baseline of the Special Right Triangle Series.
THE CROP
CIRCLES
 The Crop Circles
Towards 2012 [Seriously].
 Comparison of the crop circles
 Crop
Circle Waylands Smithy: Positional Math and the Maya Numbers (29 slides) version pdf
 Crop Circle Positional
Math version pdf.
 Wilton
Windmill Crop CirclePositional MathPart II version
pps.
 Analytical Drawings of the Fractal Proportions within the Pyramidal Structures at the Teotihuacan site in Mexico:
Comparison to Crop Circle
 New Crop Circle at Temple Farm, UK, 07 August 2011
 Crop Circle
Cheesefoot Head (1) nr Winchester, Hampshire. Reported 9th August 2012.
 “The Eye of God”
El ojo de Dios
Huichol Indigenous
Design of Mexico
VACUOCENTRICITY
AND HELIOCENTRICITY OF THE SOLAR SYSTEM
 The BiGravitational Solar System CenterPoint and
Barycenter
 A MultiGravitational Solar System Infinitely so...
 The Solar matrix: The Sun  Jupiter Barycenter
 The Vacuocentric Solar System Headon View
 The Vacuocentric Solar System Additional Commentary
 The Pluto / Sun Relationship and the Thermodynamic
Temperature Scale
 Plasma Physics: 1014 and MesoAmerican Mythology
 Far Side of the Moon and Its Core Relationship: The Moon's
Librations and Core Diameter
PAKAL
 Pakal, The Maya Astronaut:
A Study of Ancient Space Travel
 Pakal, The Ancient Astronaut: Paleoanimation of the Sculpture
of the Maya at Palenque
 Book:
Pakal: The Ancient Astronaut
 Book:
The Great Scales: Osiris and Pakal
 Book: The Geometry of Pakal: the Glyphs
ANCIENT PI
 The Reciprocal of Seven and Pi in the Ancient Reckoning
System
 Trigono/metriX: the Trigonometric Table and Ancient
Reckoning
 Book: Pi, the Reciprocal of Seven and Trigono/metriX
 The Concept of Pi and
the Ancient Reckoning Numbers (Trigono/metriX)
 The Radian and the AntiRadian: A Method of Reckoning
 The Conversion of Degrees, Radians and the Diametian
in Ancient Reckoning Counts (pdf)
 The AntiRadian: 5.28318530751
 Book: The AntiRadian
 The Binary System
 Book: The Binary System
 Selected Math Constants in Geometry: Unit Circles,
Squares and Triangles (pdf)
 Ancient Encoded Numbers: The Speed of Light
 Ancient Pi: Knowers of the
Universe
 Ancient Phi and Its Extension
FERMAT’S LAST THEOREM
 Fermat’s
Last Theorem
 Summation of Fermat's
Last Theorem (x^{n} + y^{n} = x^{n})
 Fermat’s
Last Theorem: A Brief Summation
 Fermat’s
Last Theorem: Powers and LastDigit Patterns, (Relations
of NonEquivalency and Approximate Equivalency)
 The Maya
Long Count: an Extension of the Pythagorean Theorem and
an Emendation to Fermat’s
Last Theorem
 An Alternative to the Pythagorean Theorem: w^{3} + x^{3} + y^{3 }= u^{3}
 The Pythagorean Theorem x^{2} + y^{2} + z^{2} = w^{2}
 Book: Fermat’s
Last Theorem: a Summation
THE PYTHAGOREAN THEOREM
 The Maya Long Count: an Extension of the Pythagorean
Theorem
and an Emendation to Fermat's Last Theorem
 The Pythagorean Theorem
and The Maya Long Count
 Summation of Fermat’s
Last Theorem (x^{n} + y^{n} = x^{n})
 Fermat’s
Last Theorem: A Brief Summation
 Fermat’s
Last Theorem: Powers and LastDigit Patterns,
(Relations
of NonEquivalency and Approximate Equivalency)
 Fermat’s
Last Theorem
 An Alternative to the Pythagorean Theorem: w^{3} + x^{3} + y^{3 }= u^{3}
 The Pythagorean Theorem, Perfect Right Triangles
 The Pythagorean Theorem x^{2} + y^{2} + z^{2} = w^{2}^{}
 The Pythagorean Theorem: What's Real, What's Not
 The Enneagram
 Fractal Triangles: Complements to Basic and Special
Right Triangles
 Book: The Pythagorean Theorem and The Maya Long Count
 Book: Beyond the Pythagorean Theorem
 Book: Fermat’s
Last Theorem: a Summation
 The .366  1.366  Baseline of the Special Right Triangle Series.
(A New Special Right Triangle: 15°·75°·90°)
THE BEAL CONJECTURE
 A Submission to the Beal Conjecture Competition LastDigit Terminations and the Beal
Conjecture: An Explanation
 The Beal Conjecture Submission
Number Two
 The Beal Conjecture:
A Summary of The Beal Conjecture
 The Beal
Conjecture: A^{x} + B^{y} = C^{z} A Proof and Counterexamples [A^{x} + B^{y} = C^{z}]
 The Beal
Conjecture and the Limitations of Algebraic Notation
THE
TEMPERATURE SCALE
 Book: The Earth/matriX Thermodynamic
Temperature Scale
 The International Temperature Scale 1990 (ITS90) in Celsius, Kelvin, and EnergyMatter Units (A Proposal from Earth/matriX)(pdf)
 The
Diametian and the Temperature Scale 1.142857143
 A Temperature Constant for the Universe (1.366 and .366)pdf
 The Solar
Constant: 1.3661 and The Earth/matriX Temperature Scale:
1.366085811
 The Earth/matriX Temperature
Scale: A Brief Comparison with the Centigrade, Celsius and
Kelvin Scales
 The Triple point
of Water @100 e/m: Defines the Earth/matriX Temperature
Scale
 The EarthMoon Barycenter and The Earth/matriX Thermodynamic
Temperature Scale
 The Pluto / Sun Relationship
and the Thermodynamic Temperature Scale
 Kelvin and Centigrade Temperature Scales and the Ancient
Reckoning System (pdf)
 Color Scale and
Temperature Scale Relations
 The Temperature Scale and the
Universal Constant for Particle Mass.(pdf)
 Symmetry on the Earth/matriX Thermodynamic Temperature Scale:
Absolute Zero  Melting Point  Boiling Point  Critical Point of
Selected Elements, Together with Triple Points
 Extracts of the Schemata of the Elements
 The Kelvin
Temperature Scale and the Square Root Three pdf one pag
 Matter and Energy Disengaged: Ionization
Energy the Solar Constant, the Temperature Scale and the Refractive
Index of Light [ 1.36  1.366  1.367 ] version
pdf
 The Temperature Scale’s
Baseline is Founded upon, the Mantissa of the Square Root of Three
 The Ideal Temperature
Scale Based on The Square Root of Three pdf one pag
 The .366  1.366
 2
Baseline of the Special Right Triangle Series version
pdf 11 pag
THE PHYSICAL AND CHEMICAL WORLD
 Radioactive Decay: .693
 "The Snowflake: A Critical
Commentary on Chaos Theory and Fractal Geometry"
 Fractal Values of Selected Fundamental Physical Constants:
Ancient Reckoning and CODATA Reckoning (pdf)
 The Nineveh Number and The Fundamental Constant "Acceleration
Due to Gravity" (979.776 : 979.732)
 e For Euler and Ancient Measure
 The Earth’s
Matrix 1.3663
 The Schemata Beyond Table
 The Schemata Mixtures of Metals (pdf)
 The
Schemata of the Elements
 Proton, Electron and Neutron Masses in Ancient Reckoning
Counts
 Plasma Physics: 1014 and MesoAmerican Mythology
 Bouguer Gravity and the Giza Complex 4185:4815
 The Reciprocal of Light: Gravity The Reciprocal of Gravity:
Light
 Fine Structure Constant 7.297 352 568e3
 The Solar Constant.
 Measuring Spacetime/Movement.
 The Large Hadron
Collider [LHC] Particle Zoo Three
THE PERIODIC TABLE:
THE PERIODIC SCHEMATA OF THE ELEMENTS
 The
Periodic Schemata of the Elements
 How to Read Schemata of the Elements (pdf)
 The Periodic Schemata (swf)
 The Periodic Schemata Beyond Table Periodic(pdf)
 The Schemata Mixtures of Metals (pdf)
 The
Periodic Table of the Elements
 The Conventional Periodic Table of the Elements: A Certain Disorder
 A Neutronic Periodic Table of the Elements. The Neutronic Schemata.
 Latin Symbolic Notation.
 The EarthMoon Barycenter and The Earth/matriX Thermodynamic
Temperature Scale
 Extracts of the Schemata of the Elements
 The Particle Zoo
 Symmetry on the Earth/matriX Thermodynamic Temperature Scale:
Absolute Zero  Melting Point  Boiling Point  Critical Point of Selected Elements, Together with Triple Points
CODATA,
NIST, EINSTEIN, PLANCK AND
THE FUNDAMENTAL PHIYSICAL CONSTANTS
 The Planck Constants Based on the Fundamental Physical Constants
 Planck
Units of Mass, Momentum and Energy
 E
= mc^{2} is simply c^{9} = c^{7}c^{2}
 Fundamental
Physical Constants Notes: Fractal Multiples and Einstein's
Equation
 Einstein's
Formula: A Special Case: The E = mc^{2} equation
is really E^{3} = m^{1}c^{2..}
 Einstein's Formula
Stands for Powers of Speed of Light, Not the Conversion
of MassEnergy:
(c^{9} = c^{7} c^{2} the Basis of
E = mc^{2})
 Einstein's Formula:
Mass Confusion (c^{9} = c^{7} c^{2} the Basis of E = mc^{2})
 Einstein's Formula
and Variations of Redundancies
 The Formula in
Einstein's Equation
 Redefining
the Kilogram as of Planck’s Constant: A Critical Commentary
 Table of Selected
Fundamental Physical Constants Derive
~ c^{9} Fractal Numerical Value ~ 1.95607871
 Particle Mass Differences: Earth/matriX Proposed Order for the Mass of the Particles.
 Tables of Particle Mass Ratios and Their Reciprocals
 Proposal to Correct an Omission and an Error in the CODATA.
 NeutronProton Mass Difference, the Avogadro Constant and the Ancient Maya Alautun.
 Math Procedures in the Planck Constants
 My Hunch about Quarks and Their Numerical Values
 Particle Mass Differences: Earth/matriX Proposed Order for the Mass of the Particles
 Planck’s Fundamental Physical Constants: The Theoretical Foundation of the Planck Units.
 Tables of Particle Mass Ratios and Their Reciprocals.(pdf)
 Proposal to Correct an Omission and an Error in the CODATA.
 The Planck Constants Represent Powers of the Speed of Light in vacuo.
 The Big Bang Theory Debunked by Its Own Reasoning: As Illustrated in the Popular Scientific Diagrams of the Big Bang.
 The Speed of Light in a Vacuum is Not the Maximum Speed of MatterEnergy
 Superluminal Velocities Electromagnetic: ParticleWaves Always Travel Faster than the Defined Speed of Light in a Vacuum.
 Electromagnetic ParticleWaves [EMPW]: Superluminal White Light and Its Colors.
 The ElectroMagnetic ParticleWave Spectrum: Different Levels of Velocities.
 MatterEnergy in Spacetime/motion Travels Far Beyond the Defined Speed of Light in a Vacuum.
 Spacetime Discontinuum; A Content Analysis of Selected WordConcepts in Albert Einstein's 1905 Article: "Concerning an Heuristic Point of View Toward the Emission and Transformation of Light" Part One / Par Two
 Misconceptions in the Theory of Relativity: "Traveling Back in Time".
 New Book A Spacetime/Motion Analysis of Relativity Theory and The Speed of Light in a Vacuum
Charles
William Johnson:
email: charlesjohnson@earthmatrix.com
Earth/matriX:
Science in Ancient Artwork Series ISSN15263312
©1995  2017 Copyrighted by Charles William Johnson and Jorge Luna Martinez.
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