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Order in the
Distribution of
the Primes over
the Natural
Numbers
"Mathematicians have tried
in vain to this day
to discover some order
in the sequence of prime numbers,
and we have reason to believe
that it is a mystery
into which
the human mind
will never penetrate."
Leonhard Euler
The Riemann Hypothesis; an
approximative integral

In mathematics, the Riemann hypothesis, proposed by Bernhard
Riemann (1859), is a conjecture about the location of the
nontrivial zeros of the Riemann zeta function which states that
all non-trivial zeros (as defined below) have real part 1/2. The
name is also used for some closely related analogues, such as
the Riemann hypothesis for curves over finite fields.
The Riemann hypothesis implies results about the distribution of
prime numbers that are in some ways as good as possible. Along
with suitable generalizations, it is considered by some
mathematicians to be the most important unresolved problem in
pure mathematics (Bombieri 2000). The Riemann hypothesis is
part of Problem 8, along with the Goldbach conjecture, in
Hilbert's list of 23 unsolved problems, and is also one of the Clay
Mathematics Institute Millennium Prize Problems. Since it was
formulated, it has remained unsolved.
From Wikipedia, the free encyclopedia
Any Approximation
Has One Major Disadvantage;
It Will Never Be Exact.
Therefore It Is
Completely Useless
When You Are
Looking For
PERFECTION
“We can't solve problems
by using the same kind of thinking
we used when we created them.”
Albert Einstein

Therefore, to solve the Riddle of the Primes
a change of perspective is required
current spectacles need to be replaced
to allow for another approach.
The Nine Pointed Star, the Ennead,
is one of the most ancient religious symbols
that is found in this world

Did you ever wonder why this Star has 9 points?
While 9 and multiples of 9 are found allover
in ancient texts and rituals, 10 is not detected
• 9 Biblical Fruits of the Holy Spirit
• 9 Greek Muses
• 9 Egyptian Gods of Heliopolis
• 9 Mayan Mythic Lords of Time
• 9 Daughters of Aegir
• 9 Mothers of Heimdall
• 9 is Hindu Agni (Fire)
• 9 is Hebrew pure intelligence
• 9 Underworlds
• 9x9 men in Beltane fire rites
• 9 days Odin hung top-down on Yggdrasil
• 9 worlds sheltered by Yggdrasil
• 9 Chinese Dragons
• 9 days as time of the ‘Sede Vacante’, the empty
throne when the Roman-Catholic Pope dies
• 9 Enneagram personality types
• 9 Taoist kanji (psychic centers)
• 9 as basis of Feng Shui
•…
•…

Observation:
IF A DECIMAL SYSTEM
WOULD BE THE BASIS
OF THE UNIVERSE,
MYTHOLOGY AND
RELIGIONS
NUMBERS AND SYMBOLS
ON AND IN HOLY PLACES
WOULD HAVE USED THIS
AS THEIR BASIS.
The Nine Pointed Star represents the Hermetic Key
of Numeric Mathematics; As in Great - So in Small
•

•
•
•
•

•
•

Numeric Mathematics means that you return any number to its basis,
a number from 1 to 9.
How?
By adding the ciphers that a number consists of, until you get a number of 1 - 9.
The comma doesn’t play a role when using this Key.
Some examples:
13
= 1+3
=4
34
= 3+4
=7
273.15 = 2+7+3+1+5
= 18
=> 1+8 = 9
4.1868 = 4+1+8+6+8
= 27
=> 2+7 = 9
0.9144 = 0+9+1+4+4
= 18
=> 1+8 = 9
16569
= 1+6+5+6+9
= 27
=> 2+7 = 9
94.95
= 9+4+9+5
= 27
=> 2+7 = 9
Using this Key, every number can be returned to one of the 9 original
or base numbers or should we say frequencies with specific characteristics?
Every number higher than 9 then is considered a next ‘level’ of the numbers
1 to 9, carrying the same though refined characteristics.
“If an Angel were to tell us about his Philosophy... Many of his statements might well sound like 2x2 = 13.”
Georg Christoph Lichtenberg
Example: at school we are taught the tables of 1 – 10
without nine-based rhythm and mirror symmetry
number

table of 1 num res 1 table of 2 num res 2 table of 3 num res 3 table of 4 num res 4 table of 5 num res 5 table of 6 num res 6 table of 7 num res 7 table of 8 num res 8 table of 9 num res 9

1

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

9

9

2

2

2

4

4

6

6

8

8

10

1

12

3

14

5

16

7

18

9

3

3

3

6

6

9

9

12

3

15

6

18

9

21

3

24

6

27

9

4

4

4

8

8

12

3

16

7

20

2

24

6

28

1

32

5

36

9

5

5

5

10

1

15

6

20

2

25

7

30

3

35

8

40

4

45

9

6

6

6

12

3

18

9

24

6

30

3

36

9

42

6

48

3

54

9

7

7

7

14

5

21

3

28

1

35

8

42

6

49

4

56

2

63

9

8

8

8

16

7

24

6

32

5

40

4

48

3

56

2

64

1

72

9

9

9

9

18

9

27

9

36

9

45

9

54

9

63

9

72

9

81

9

10

10

1

20

2

30

3

40

4

50

5

60

6

70

7

80

8

90

9

11

11

2

22

4

33

6

44

8

55

1

66

3

77

5

88

7

99

9

12

12

3

24

6

36

9

48

3

60

6

72

9

84

3

96

6

108

9

13

13

4

26

8

39

3

52

7

65

2

78

6

91

1

104

5

117

9

14

14

5

28

1

42

6

56

2

70

7

84

3

98

8

112

4

126

9

15

15

6

30

3

45

9

60

6

75

3

90

9

105

6

120

3

135

9

16

16

7

32

5

48

3

64

1

80

8

96

6

112

4

128

2

144

9

17

17

8

34

7

51

6

68

5

85

4

102

3

119

2

136

1

153

9

18

18

9

36

9

54

9

72

9

90

9

108

9

126

9

144

9

162

9
9 based number sequences can be visualized as
rhythmically turning shapes; notice that 9 is the only
number that doesn’t move ergo is ‘silent or neutral’
Rhythms of the tables 1-9 with number sequence drawn in a circle
Our Experiences Determine
Our Assumptions On Which In Turn
We Define And Build Our Entire Reality
Unfortunately Yet Necessary
To Experience, These Assumptions
Result In Temporary ‘Blindness’.
This ‘Blindness’ Is (Partly) Eliminated
Due To New ‘Out Of The Box’ Insights
That Lead To New Assumptions
…
As Within – So Without
Observing Nature has always helps to find
solutions as some shapes continuously return

A tree is a beautiful example of a shape
in which the many and the one come together
A Prime Number
Is Like
A Human Being
Unique Yet Part Of Mankind
And In A Further Subdivision
Distinguishable By Many Labels
Like Race, Color Of Skin, Nationality,
And All Other Specifics
That We Use To Distinguish
One From The Other
The solution to find order in the distribution of the
primes over the natural numbers is to split them
in branches using the Key of Numeric Mathematics

The neutral number 9 plays the key role in connecting
consecutive primes within each of the branches
Using the last cipher of a prime as its second label,
27 distinct prime subgroups are found with
multiples of 90 between consecutive prime numbers
Number 1 is
definitively a
prime number!

The above shown prime numbers are created with the developed algorithm
‘ordo ab chao’ that by definition uses a step distance of 90 to define potential primes.
A check of this phenomenon on known very large
prime numbers confirms this new insight
The phenomenon of Numeric 9 as distance between
consecutive prime numbers is found throughout the
Tree of Primes as the example of branch 2-3 shows

“Any intelligent fool can make things bigger, more complex, and more violent.
It takes a touch of genius -- and a lot of courage –
to move in the opposite direction.”
Albert Einstein
There is perfect order in the distribution of primes
over the natural numbers; neutral numeric number 9
defines all distances between Nodes in the Prime Tree
Numeric values of ‘distances’ between any two
primes in the branches of the Tree of Primes
indicate perfection of the entire structure

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Order in the distribution of the prime numbers over the natural numbers

  • 1. Order in the Distribution of the Primes over the Natural Numbers
  • 2. "Mathematicians have tried in vain to this day to discover some order in the sequence of prime numbers, and we have reason to believe that it is a mystery into which the human mind will never penetrate." Leonhard Euler
  • 3. The Riemann Hypothesis; an approximative integral In mathematics, the Riemann hypothesis, proposed by Bernhard Riemann (1859), is a conjecture about the location of the nontrivial zeros of the Riemann zeta function which states that all non-trivial zeros (as defined below) have real part 1/2. The name is also used for some closely related analogues, such as the Riemann hypothesis for curves over finite fields. The Riemann hypothesis implies results about the distribution of prime numbers that are in some ways as good as possible. Along with suitable generalizations, it is considered by some mathematicians to be the most important unresolved problem in pure mathematics (Bombieri 2000). The Riemann hypothesis is part of Problem 8, along with the Goldbach conjecture, in Hilbert's list of 23 unsolved problems, and is also one of the Clay Mathematics Institute Millennium Prize Problems. Since it was formulated, it has remained unsolved. From Wikipedia, the free encyclopedia
  • 4. Any Approximation Has One Major Disadvantage; It Will Never Be Exact. Therefore It Is Completely Useless When You Are Looking For PERFECTION
  • 5. “We can't solve problems by using the same kind of thinking we used when we created them.” Albert Einstein Therefore, to solve the Riddle of the Primes a change of perspective is required current spectacles need to be replaced to allow for another approach.
  • 6. The Nine Pointed Star, the Ennead, is one of the most ancient religious symbols that is found in this world Did you ever wonder why this Star has 9 points?
  • 7. While 9 and multiples of 9 are found allover in ancient texts and rituals, 10 is not detected • 9 Biblical Fruits of the Holy Spirit • 9 Greek Muses • 9 Egyptian Gods of Heliopolis • 9 Mayan Mythic Lords of Time • 9 Daughters of Aegir • 9 Mothers of Heimdall • 9 is Hindu Agni (Fire) • 9 is Hebrew pure intelligence • 9 Underworlds • 9x9 men in Beltane fire rites • 9 days Odin hung top-down on Yggdrasil • 9 worlds sheltered by Yggdrasil • 9 Chinese Dragons • 9 days as time of the ‘Sede Vacante’, the empty throne when the Roman-Catholic Pope dies • 9 Enneagram personality types • 9 Taoist kanji (psychic centers) • 9 as basis of Feng Shui •… •… Observation: IF A DECIMAL SYSTEM WOULD BE THE BASIS OF THE UNIVERSE, MYTHOLOGY AND RELIGIONS NUMBERS AND SYMBOLS ON AND IN HOLY PLACES WOULD HAVE USED THIS AS THEIR BASIS.
  • 8. The Nine Pointed Star represents the Hermetic Key of Numeric Mathematics; As in Great - So in Small • • • • • • • Numeric Mathematics means that you return any number to its basis, a number from 1 to 9. How? By adding the ciphers that a number consists of, until you get a number of 1 - 9. The comma doesn’t play a role when using this Key. Some examples: 13 = 1+3 =4 34 = 3+4 =7 273.15 = 2+7+3+1+5 = 18 => 1+8 = 9 4.1868 = 4+1+8+6+8 = 27 => 2+7 = 9 0.9144 = 0+9+1+4+4 = 18 => 1+8 = 9 16569 = 1+6+5+6+9 = 27 => 2+7 = 9 94.95 = 9+4+9+5 = 27 => 2+7 = 9 Using this Key, every number can be returned to one of the 9 original or base numbers or should we say frequencies with specific characteristics? Every number higher than 9 then is considered a next ‘level’ of the numbers 1 to 9, carrying the same though refined characteristics. “If an Angel were to tell us about his Philosophy... Many of his statements might well sound like 2x2 = 13.” Georg Christoph Lichtenberg
  • 9. Example: at school we are taught the tables of 1 – 10 without nine-based rhythm and mirror symmetry number table of 1 num res 1 table of 2 num res 2 table of 3 num res 3 table of 4 num res 4 table of 5 num res 5 table of 6 num res 6 table of 7 num res 7 table of 8 num res 8 table of 9 num res 9 1 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 2 2 2 4 4 6 6 8 8 10 1 12 3 14 5 16 7 18 9 3 3 3 6 6 9 9 12 3 15 6 18 9 21 3 24 6 27 9 4 4 4 8 8 12 3 16 7 20 2 24 6 28 1 32 5 36 9 5 5 5 10 1 15 6 20 2 25 7 30 3 35 8 40 4 45 9 6 6 6 12 3 18 9 24 6 30 3 36 9 42 6 48 3 54 9 7 7 7 14 5 21 3 28 1 35 8 42 6 49 4 56 2 63 9 8 8 8 16 7 24 6 32 5 40 4 48 3 56 2 64 1 72 9 9 9 9 18 9 27 9 36 9 45 9 54 9 63 9 72 9 81 9 10 10 1 20 2 30 3 40 4 50 5 60 6 70 7 80 8 90 9 11 11 2 22 4 33 6 44 8 55 1 66 3 77 5 88 7 99 9 12 12 3 24 6 36 9 48 3 60 6 72 9 84 3 96 6 108 9 13 13 4 26 8 39 3 52 7 65 2 78 6 91 1 104 5 117 9 14 14 5 28 1 42 6 56 2 70 7 84 3 98 8 112 4 126 9 15 15 6 30 3 45 9 60 6 75 3 90 9 105 6 120 3 135 9 16 16 7 32 5 48 3 64 1 80 8 96 6 112 4 128 2 144 9 17 17 8 34 7 51 6 68 5 85 4 102 3 119 2 136 1 153 9 18 18 9 36 9 54 9 72 9 90 9 108 9 126 9 144 9 162 9
  • 10. 9 based number sequences can be visualized as rhythmically turning shapes; notice that 9 is the only number that doesn’t move ergo is ‘silent or neutral’ Rhythms of the tables 1-9 with number sequence drawn in a circle
  • 11. Our Experiences Determine Our Assumptions On Which In Turn We Define And Build Our Entire Reality Unfortunately Yet Necessary To Experience, These Assumptions Result In Temporary ‘Blindness’. This ‘Blindness’ Is (Partly) Eliminated Due To New ‘Out Of The Box’ Insights That Lead To New Assumptions … As Within – So Without
  • 12. Observing Nature has always helps to find solutions as some shapes continuously return A tree is a beautiful example of a shape in which the many and the one come together
  • 13. A Prime Number Is Like A Human Being Unique Yet Part Of Mankind And In A Further Subdivision Distinguishable By Many Labels Like Race, Color Of Skin, Nationality, And All Other Specifics That We Use To Distinguish One From The Other
  • 14. The solution to find order in the distribution of the primes over the natural numbers is to split them in branches using the Key of Numeric Mathematics The neutral number 9 plays the key role in connecting consecutive primes within each of the branches
  • 15. Using the last cipher of a prime as its second label, 27 distinct prime subgroups are found with multiples of 90 between consecutive prime numbers Number 1 is definitively a prime number! The above shown prime numbers are created with the developed algorithm ‘ordo ab chao’ that by definition uses a step distance of 90 to define potential primes.
  • 16. A check of this phenomenon on known very large prime numbers confirms this new insight
  • 17. The phenomenon of Numeric 9 as distance between consecutive prime numbers is found throughout the Tree of Primes as the example of branch 2-3 shows “Any intelligent fool can make things bigger, more complex, and more violent. It takes a touch of genius -- and a lot of courage – to move in the opposite direction.” Albert Einstein
  • 18. There is perfect order in the distribution of primes over the natural numbers; neutral numeric number 9 defines all distances between Nodes in the Prime Tree Numeric values of ‘distances’ between any two primes in the branches of the Tree of Primes indicate perfection of the entire structure