THE DIAGONAL LOGIC OF THE TRIPLE ABSOLUTE DEAD CENTER CUBE

& CERTAIN FUNDAMENTAL MATHEMATICAL & PHYSICAL CONSTANTS

The following is an edited selection of material forwarded by Mr. John DePompeo during September and October 2010. Here and there relevant illustrations have been added.

** **

**The
37/144 Diagonal Logic of the Triple Absolute Dead Center Cube**

** **

“Gauss is said to have stated that whoever did not immediately see the truth of Euler's identity did not have the makings of a great mathematician. Coincidentally, over the last year and in the weeks immediately preceding Steven Hoath's email,1 I engaged in an examination of Euler's identity in the form

and its near identity in relation to a number of fundamental mathematical and physical constants, and the mathematics of real trinary logic. I will start with the remarkable near identity

accurate
to nearly 10 digits, where *K* = Catalan's constant,
α_{F}
is Feigenbaum's
α
constant, and
δ_{F}
is Feigenbaum's
δ
constant. Catalan's constant equals Dirichlet Beta 2, the infinite alternating
sum of the inverse square odd numbers, i.e., the infinite alternating sum of the
inverse square centered numbers, corresponding to the alternating sum of the
squares in the following figure:2

[where 17,
the number of interior diagonals in the real trinary logic triple-cube whose end
points are logical 0’s (**see illustration below,
the blue diagonals),** is the number of places constituting the edge of
the ninefold square here illustrated (analogous to the ninefold structure of the
real trinary logic Cornerstone that distributes the threefold repetition of the
three logical digits, 0, ,
1) the area of which ninefold square = 17^{2} = 1 + 82944^{1/2}
— *editor’s insert.*]3

“Catalan
exists in a near identity with the golden ratio, the Delian constant of the
classical problem of doubling the cube (cube root of 2), and the "golden ratio"
of exponentials, the Omega constant, which is the infinite power tower of the
inverse of *e*, the base of the natural logarithms,

the golden ratio correctly rounded to 9 digits.”

“Even more directly related to the 37/144 diagonal logic of the triple absolute dead center cube,4

Euler's
identity derives the near identity of the fourth power of 37 through the
Feigenbaum
δ
and Graham's biggest little hexagon area *
Α*

which
calculates Feigenbaum
δ
accurate to 10 digits when 37 is exact, where *A*, is the area of the
pentagram inscribed hexagon of polygon diameter one:5

“37^{4}
is the denominator of the 4th power of the ratio of the highest and lowest
eigenvalues of the least prime magic square:6

The matrix of the least prime magic square excludes the only even prime to preserve parity, includes unity in its place, its center number equals 37, the number of diagonals of the trinary logic triple absolute dead center cube, its "magic sum" equals 111, analogous to the 111 diagonal of the "cornerstone" of real trinary logic, the arithmetic mean of any row, column or diagonal equals 37, and the total sum of the square equals 333 = 9 times 37.

What is particularly striking about the square matrix is that its corresponding eigenvalues equal respectively

where 36√2 equals the inradius of the "absolute dead center cube," and the fourth power of the ratio of the highest and lowest of these eigenvalues equals

[Note that where *x* = edge length of the absolute dead center cube, (37[36√2/111])^{4} = ([37*x*/2]/111)^{4} = (*x*/6)^{4}
= 82944 — *editor’s insert.*]7

“The
fourth power of the ratio of the highest and lowest eigenvalues of the least
prime square is the ratio of the 82944 V/BSA hypercube [(*x*/6)^{4}]
and the fourth power of 37—which is to say 37 can be put in a perfect ratio with
the edge of the "absolute dead center" cube through the eigenvalues of the least
prime square.

The
determinant of the matrix =
λ_{1}
×
λ_{2}
×
λ_{3}
= -287712 = √82944 - √82944000000.

“Strikingly, the inverse of the least prime magic square equals

where 15984 equals 3 × 37 × 144, and every row, column and diagonal of the factored inverse matrix equals 144, neatly identifying 144 and 37 through the least square equal essence of the prime numbers. This is the only exact identification of 37 and 144 of which I am aware.

“Observe the re-appearance of the number 144 through the ratio of interior to total diagonals of the trinary logic triple absolute dead center cube, and the mapping of the natural numbers to the prime numbers.

*P*_{144}
is the 144th odd prime number.8 This and the above least prime square 37/144
relation confirms indirectly through reciprocity and natural/prime mapping the
relation of 37 and 144.”

**Near
Identities of the 37/144 Relations to Important Mathematical & Physical
Constants**

** **

“The NIST 2006 CODATA value 137.03599967 is in error due to a miscalculation on the part of the researches, and has since been readjusted to 137.035999084 accurate to .37 ppb. The NIST value will not be updated until the end of 2010 or the beginning of 2011, and will presumably take account of the corrected value.

“Of all
relationships between the fine structure constant and real trinary logic one of
the most striking in simplicity although not accuracy shows the fine structure
constant to be a function of 144 and the ratio of the
π
and *e* roots of *e*:

The identical equation in the following form reflects the 12 fermions of matter of the standard model and their 1/2 integer spin

This value
can be compared to a more complex exponential version which incorporates the
fine structure constant, the proton/electron mass ratio, the neutron/electron
mass ratio, and *e*,
π,
and Euler
γ:

where 1836.1526725 and 1838.683661 are respectively the NIST 2006 proton/electron and neutron/electron mass ratios. Setting α exact the Harvard value yields 144 accurate to 9 digits

The accuracy value of 137.0360008 is close to the cosine 137.03600099 equation incorporating π and 82944,9

as well as to an analogous equation incorporating 82944, the total/interior/surface 37/17/20 diagonal structure of the trinary logic triple absolute dead center cube, and Feigenbaum α

The last two equations approximate a value of the fine structure constant accurate to each other to 1/2 ppb. They also equal to comparable accuracy another equation a bit more complex which incorporates the number of the 20 amino acids and 24 chromosomes of the human genome

The ratio
of chromosomes to amino acids 24/20 = 1.2 ~ 1.19998 = one half the golden angle
in radians =
π/*φ*^{2}.
Note also the relation between e and the golden ratio

There exists an identity accurate to 5 ppt between Euler's identity, the plastic or radiant constant, and the number of the 64 codons and the 24 chromosomes of the human genome, as well as the number of the 23 chromosomes unique to each human organism:

The plastic constant equals

and thus
appears to possess unique relations to cubicity and hypercubicity. The ratio of
the plastic constant *P* and
π
equals the twin prime constant raised to the power of log 8 accurate to 9 digits

and the twin prime constant and π are related to 82944 raised to the total/interior/surface diagonal ratio of the trinary logic triple absolute dead center cube above

To return
to the fine structure constant there is an elegant equation incorporating 37,
Euler's identity, *e*,
π,
and Catalan's constant which approximates the Rydberg value of the second fine
structure constant above to high degree of accuracy

Amazingly,
37,
π,
and *e* estimate to 9 digit accuracy through two analogous equations of
great simplicity, the *g*/2 electron magnetic moment

[Where the sum of the three unique
natural numbers that are their integral products 1+784+82944 = 83729,
(2+8.3729e10^{.125}/1e4)/2
= 1.00115965 = *g*/2 accurate to 4.6 ppb. — *editor’s insert.*]10

In terms of the logic of the least prime magic square

Finally,
using the complete sum of the least prime magic square, and the exponential
integral taking the value of unity, it is possible to estimate the anomalous
magnetic moment *g*-2 accurate to nearly 11 digits

In terms of the sum of the rows and columns of that square where cube root of 2 is the Delian constant

It is also
possible to estimate the fine structure constant using the NIST 2006
proton/electron mass ratio, 37,
π,
and the square root of *e *and 2

“I have been able to estimate the fine structure constant to within the relative standard uncertainty of .37 ppb of the Harvard 2008 value using 144 and 37.”

**4-D
Analogue of the Volume of the Trinary Logic Triple Absolute Dead Center Cube.**

“I discovered a new trinary logic triple absolute dead center hypercube fine structure identity, which accurately reflects in value the limit of the high precision QED state of the art measurement of the researchers at Harvard University. Whether the equation possesses scientific merit I cannot say. Nonetheless, it is an immensely satisfying discovery, culminating years of inquiry into the matter.

“The estimate below uses the volume of 3 absolute dead center hypercubes as a 4-D analogue of the volume of the trinary logic triple absolute dead center cube.11

“The
novelty of the discovery is the appearance of a simple cubic lattice sum over
infinitely expanding cubes, the so-called Madelung constant, which independent
of its purely mathematical significance, is used to determine the electrostatic
potential at the origin of a cubic crystal produced by unit charges at all
nonzero lattice points, in particular the sodium chloride crystal, a unit cell
of atoms of which corresponds in number to the number of logical digits of the
logically outfitted absolute dead center cube (1/3^{rd} the triple
cube):12

“Sodium
Chloride is a face-centered cubic crystal. The sum over the lattice equals -*M*
or *M* depending upon whether one is summing over Sodium or Chloride ions
and it equals = -1.747564594633182 ...
= *
M*
=

“The prime
mark indicates summation over (0, 0, 0) is excluded. It is an infinite
alternating sum from negative to positive infinity excluding zero, over
expanding cubes. The equation incorporating it which derives the fine structure
constant, where
π
equals the area of the unit disk and the circumference/diameter ratio, 4π
equals the surface area of the unit sphere, and*
e ^{i}*
is Euler's identity in the form (-1)

calculates
the most precise estimate of the fine structure constant to date, the Harvard
2008 value exact to 12 digits, and 3 parts per trillion. Since the value of the
sum of the series is a negative value, it is necessary to preface *M *with
a negative sign to avoid inserting the imaginary unit outside the square root
sign.

The
following form where *M* is squared avoids the necessity of taking the
square root of a negative number

The value of the sum of the series is essentially the alternating sum of the inverses of the lengths of the body/space diagonals of the cubes of the whole numbers from minus infinity to plus infinity, with the square root of 3—the body diagonal of the unit cube—the archetype.”

**The
Arithmetic Mean Length of the 37 Diagonals**

“Using
Feigenbaum's
α
and
δ
constants, the prime zeta function of inverse squares *P*(2),13
and the Backhouse constant *C*_{B},14
it is possible to estimate the arithmetic mean length of the 37 diagonals of the
trinary logic triple absolute dead center cube accurate to nearly 10 places

^{
}

“Where Δ is the arithmetic mean length of the 37 diagonals of the triple logic cube; β equals the inverse prime coefficient power series Backhouse constant; and α equals Feigenbaum α, δ equals Feigenbaum δ accurate 10 digits, and 75 parts per trillion

*“P*(2)
is the simplest converging sum of the primes. There are a number of other
constants derived from prime polynomials, the Backhouse constant appears to be
the simplest power series. In it the natural numbers and the prime numbers are
mapped one to one through the coefficients and powers of *x*. The
appearance of the prime numbers here is certainly consistent with the 37/144
least prime square/inverse identity.

“What is striking is that the discreteness/discontinuity of the minimum square equal prime number essence identity of 37 and 144 when mapped to the logic of the triple logic cube derives the two fundamental constants of chaos, and two fundamental discrete/continuous constants of the prime numbers.

“The distribution of prime numbers also possesses fractal properties, and there have been a number of papers and books published in the last two decades exploring those properties, although I am unaware of any which have been able to show a high correlation between the constants of traditional (Feigenbaum) chaos, and the distribution of the prime numbers. The above equation demonstrates that the structure of the triple logic cube is a key to understanding a possible relation. It would require some pretty advanced tools of analysis to show step by step how to arrive at the above equation. It is necessary to either to take the absolute value of Feigenbaum α

for the first equation above to be true, or subtract α from unity

“There is
another equation which estimates Feigenbaum
α
through a Euler product of the prime numbers and the diagonals accurate to 9
places rounded, where *C*_{A} is Artin’s constant,15

Compare

^{.”}

**The
Inverse Alternating L Series**

** **

“Artin's
constant *A*,16
and Feigenbaum
δ
appear in an estimate of the value of the inverse *L* series accurate to 8
places

“The
inverse alternating *L* series has the following closed form:17

.”

**
The Absolute Dead Center V/BSA Hypercube and Quantum Chaos**

In
December 2010, Mr. DePompeo forwarded the following additional
material [*edited as above*].

“I have had the opportunity to give a little more thought to the relationship between the structure of the equation of the integral product founded absolute dead center triple logic hypercube, quantum chaos, and the least prime polynomial inverse square exponential identity of the prime numbers.

Note that,
where* Pn* is the *n*th odd prime, *e*_{4}
=
,
and *δ*^{|α|+1}
= *δδ*^{|α|}
= Δ*P*^{P(2)},
the discreteness of the
unique numbers, imaginary *i*, integer 137 of the fine structure
constant, the triple logic cube diagonal/interior prime numbers 37 and 17,
indexing the prime numbers, and even prime number 2, derive to an
accuracy of 12 ppt the product of the length of the edge of the absolute
dead center V/BSA hypercube (=
) and quantum chaos, the latter here defined
as the product of fine structure constant
α
(= the ratio of the velocity of the electron orbit of the proton of the
Bohr model of the hydrogen atom to the velocity of light), the mass
ratio of the proton and electron of that atom
μ,
and the Feigenbaum
δ
and
α
universal constants of mathematical chaos.^{18}

that is,

where the left side
of the quantum equation is a power of the circular function secant *
π*/274 which in its imaginary form identifies
the maximal quadratic polynomial prime producing discriminant of
imaginary quadratic field of class number one
*
Q*( ),
and the one to one mapping
of the natural and prime numbers through the inner/diagonal logic of the
triple cube.

The polynomial of *
Q*( )
produces the maximum number of consecutive primes, which neatly
calculates the inverse prime coefficient polynomial power series of
infinite degree, the inverse squares of the primes, and the arithmetic
mean diagonal of the triple logic cube with the maximal prime producing
quadratic polynomial

“In the equation above when μ = 1836.15267247 = the current CODATA recommended value of the proton/electron mass ratio, α = 1/137.03599908152 accurate 12 ppt to 1/137.035999084 = the most accurate estimate of the fine structure constant to date. Since

*
δδ ^{α} *
= Δ

are accurate each to the other to within 1/3 ppb, and the fine structure
and mu measured to an accuracy of around 0.5 ppb, the right side of the
equation in which Δ is the arithmetic mean length of the 37 diagonals
and *P* = the inverse prime coefficient power series Backhouse
constant, and *P*(2) is the Prime Zeta function of the sum of the
inverse prime squares, is also within the error uncertainty of the
adopted constant values.^{"19}

The Unique Natural Number/Integral Product Ratio and the Fine Structure Constant

“Where CNR is the nested radical constant

,

*G _{Ga}* is Gauss' constant, the arithmetic-geometric mean
of unity and the square root of two, 7 and 9 are, respectively, the
number of logical planes, and logical digits on each plane, which
determine the direction of the diagonal vectors of the triple logic
cube, and
82944/784 = the ratio of
the volume of the absolute
dead center hypercube to its integral product, 107495424/1016064,

accurate to 50 ppq (parts per quadrillion).”

**Notes**

1
**Hoath's
email dated August 29, 2010 to Leahy, in
which, referring to Euler's equation ***
e ^{i}*

2
See, on this web,
The *v _{maxwell}*

3
See, on this web,
Measure
Beyond Beyond Reach. Cf. D.G. Leahy, *The Cube Unlike All Others* (CreateSpace,
2010), Section I.2.

4
For the images following, cf. ibid., Section II.1. For the edge length
of the absolute dead center cube *x* = 10368^{1/2}, assumed
here and throughout, cf. ibid., Section I.1.
See, on this web,
Logically Outfitted Cube(s) and
Theorem
& Proof: The Uniqueness of the Absolute Dead Center Cube.

5
Cf. Wolfram Mathworld: “Graham's biggest little hexagon is the largest
possible (not necessarily regular) convex hexagon with polygon diameter
1 (i.e., for which no two of the vertices are more than unit distance
apart). It is therefore the biggest little polygon for the case *n*
= 6.” Available online at: http://mathworld. wolfram.com. October
2010.

6 Cf. ibid.: “the 3 × 3 prime magic square (containing a 1) having the smallest possible magic constant . . . discovered by Dudeney in 1917.”

7
See, on this web,
Measure
Beyond Beyond Reach. Cf. Leahy, *The Cube Unlike All Others*, Section I.2.
For the inradius of the absolute dead center cube, see, on this web,
Epitome or Food for Thought.

8
The 144^{th} odd prime is 829. Qua rational
products 829 = 82944. 8/2 × 9 = 8/2 × 9/4 × 4 = 36.
See, on
this web,
Transdecimal Calculation of Number Identity: A Note on *
Integral Product* & Related Terms.
Qua
integral products 829 × 82944 = 72^{2} × 288^{2} = 5184
× 82944 = 144^{4} = 429981696 the volume of the hypercube whose
integral product 107495424 is the volume of the absolute dead center
hypercube.
Qua linear products 829 × 82944 = (8 × 2 × 9) × (8 × 2 × 9 × 4 × 4) =
144 × 2304 = 331776 at once the integral product of—and
the V/BSA hypercube volume of—the
volume 2985984 (= 36
× 82944) of the base cube of the hypercube whose volume = 144^{4}
= 429981696 and whose
hypercube boundary volume = 82944
×
√82844 =
23887872.
Where 3.41667 is the condition number of the least prime magic square,

See, on this web,
Measure
Beyond Beyond Reach. Cf. Leahy, *The Cube Unlike All Others*, Section I.2.

9 See, on this web, 82944 & the Four Fundamental Forces & the God Particle.

10
For 1+784+82944 =
83729,
cf. D.G. Leahy, *Foundation: Matter the Body Itself* (Albany,
1996), pp. 525f. For *g*/2 = 1.00115965218073,
cf. G. Gabrielse et
al.,
"New
Measurement of the Electron Magnetic Moment and the Fine Structure
Constant."
Available at http://arxiv.org/PS_cache/arxiv/pdf/0801/0801.1134v2.pdf.
October 2010.

11
For
the absolute dead center hypercube,
see, on this web,
Measure
Beyond Beyond Reach.
Cf. Leahy, *The Cube Unlike
All Others*, Section I.2.

12 For the first image following, cf. ibid., Section II.1. See, on this web, Logically Outfitted Cube(s). For the second image, cf. Interactive Learning Paradigms Incorporated. Available online at http://www.ilpi.com. October 2010.

13 The infinite sum of the inverse square prime number

14
The Backhouse constant is derived from the prime coefficient power
series *P*(*x*) =

Letting *Q*(*x*)
= 1/*P*(*x*) =

the limit of the absolute value of the ratio of the coefficients of *Q*(*x*)
as the power of *x* approaches infinity equals the Backhouse
constant.

15 Artin's constant is

^{
16}
Ibid.

^{
17} Cf. Wolfram Alpha. Available online at: http://www.wolframalpha.com.
October 2010. See also, on this web,
The
Magnitude of Being. Cf. Leahy, *The Cube Unlike All Others*,
Section I.3.

^{
18}
Note when
α
appears in the exponent it equals the absolute value of Feigenbaum
α,
otherwise it equals the fine structure constant. For the edge of
the absolute dead center V/BSA hypercube =
, see, on this web,
Measure
Beyond Beyond Reach. Cf.,
also, Leahy, *The Cube Unlike All Others*, Section I.2.
1/*μ* is the ratio at which the rotational, vibrational, and
electronic levels of an atom scale. With regard to
α
and
μ,
E. J. Salumbides writes in *
Laser precision metrology for probing variation of fundamental constants
*(2009): "As has been pointed out originally by Max Born, the fine
structure constant and the proton-to-electron mass ratio *μ* = M_{p}/m_{e}
are the only two dimensionless parameters that are needed for the
description of the gross structure of atomic and molecular systems."

^{
19} See, above, "The Arithmetic
Mean Length of the 37 Diagonals." Note in the preceding equation
the occurrence of the imaginary unit exponent of the 37^{th} odd
prime = 163 = the 9th and final
Heegner number corresponding to the imaginary quadratic field

.

of maximal discriminant. Compare
to
,
on this web,
Theorem
& Proof: The Uniqueness of the Absolute Dead Center Cube.
Also, Leahy, *The Cube Unlike All Others*,
Section I.1. Note also the relationship between Feigenbaum
*δ* and 163

Cf. http://marvin.sn.schule.de/~inftreff/modul33/task33.htm (equation 49).

^{
20} For the logically
outfitted triple dead center cube, see, above, 2^{nd}
illustration, and note 4. For the unique natural number/integral
product ratio of the absolute dead center hypercube,
107495424/1016064 =
82944/784,
see, on this web,
Measure
Beyond Beyond Reach. Cf.,
also, Leahy, *The Cube Unlike All Others*, Section I.2. Cf.,
also, above, note 8.