Meta-Mathematics Perfect Cube Uni-Matrix Star Theory SIRISYS & Friends

https://www.goldennumber.net/tetragrammaton/
http://kabbalahsecrets.com/?tag=26-yhvh

72 Names of G-d on Experimental Grid

^2 is squared, and ^3 is cubed, ^4 and above is called quartic, quintic, sextic, heptic, and octic before they stop having names. Squared" and "cubed" came to common usage because of their familiarity in geometry. A shape that is two units long by two units wide is a square, and so it makes sense to call the mathematical operation of multiplying a numeral against itself "squaring." The same goes for a cube: something of equal length in three dimensions is a cube. The shorthand is somewhat intuitive, since the operations of squaring and cubing are often used to find the volume of the corresponding shapes. When it gets to the fourth power and higher, the geometrical shorthand is no longer useful. An object that is of equal length across four dimensions is a tesseract, which (A) wasn't even named until the late 1800s and (B) is hard to picture. It's not as intuitive for someone to say "x tesseracted," and since most people don't know the names of the equilateral shapes in higher dimensions, it never really caught on.

The higher powers instead of referred to by a simpler descriptor, using the phrase "to the x power" or using a Latin numeral and naming system. 4th dimension analog of a cube would be a tesseract. You would say 10 tesseracted for 10^4 perhaps.
(10)ten (^) quartic(4)

Trinary Logic Matrix of the Perfect Numbers

Dead center of the Cube, (103681.5/10)−^1

ARIH or 1+200+10+5, equaling 216, the digits of 2160, which added together, make 9 or 3 times 3.
S-L-M-N, which as 60-30-10-50 represented the LION-CUBE 2160
“Lion of JHVH;” for one has only to exchange one of the H’s, which is a 5, for DA or 4+1 to see that the word is the same
216 in the course of these papers as the sum of the cubes of 3, 4 and 5 and of the number 6
The name of King Solomon, whose throne was approached through an avenue of 12 lions

We did the Lioncube math..

קדושׁ קדושׁ קדושׁ
2160×6
12960
12960^3
2.176782336×10¹²
2160= lioncube
2.176782336

קדושׁ קדושׁ יהוה צבאות ('Holy Holy Holy, Yahweh God of Hosts'), is 2.176782336E29 (= 4.6656E142)
distinction of Persons in the Trinity is one of relation,4 while each Person is identically the One God. Mathematically expressed, the rational product, .5, the 'identity', of each קדושׁ (= rational product of אחד ['one' (Dt. 6:4)]), is in each case the identical cube root of the relation identity, .125.

6:3 (= 1.43825902216662E61 = .576902204874873-256), when raised to the power which is the cube of .125, (2.1767879336E29/1.43825902216662E61).125 × .125 × .125 = .866665521367842 (π-.125), the ratio at infinity of the total arithmetic value of the infinitely expanding triangle, produced by the infinitely iterative summing of the trinary logic geometric series, to the total number of logical digits therein.5 Further, the absolute difference between π-.125 and (2.1767879336E29/1.43825902216662E61).125 × .125 × .125, is, with a difference less than 1 in 1 billion, the inverse tenth part of the volume of the "dead center" cube, (103681.5/10)−1.6

The inverse of the ratio at infinity of the total arithmetic value of the edge-sharing triangles of 1's to the total arithmetic value of the expanding triangle of trinary logic digits created by the iterative sequential summing of 1, 0, , 1, 0, 1, 0, , . . ., inverse 5769230 exact to the fourth place raised to the power equal to the square of the ratio of larger to smaller neighboring such edge-sharing triangle.

6:3, ( + )4/[Is. 6:3]i−1/64 829.441.5, exact to the fifth place.

Where x = the imperfectly compact base prime 3 the foundational geometric series begins an infinite number of times (imperfectly): 1; 1, 3, 9; 1, 3, 9, 27, 81; . . .. This series does not perfectly begin and does not infinitely end is never complete. This series as such does not actually exist foundationally.
x = the perfectly compact base prime 2 the foundational geometric series begins once and for all (perfectly): 1, 2, 4, 8, 16, 32, 64, . . . (as do likewise the series where x = 22 and x = 24).
The singularity of the even prime is a function of its perfect compactness. The multiplicity of odd primes is a function of the odd base prime's imperfect compactness.

The perfect numbers -- 6, 28, 496, 8128, 33550336, 8589869056, 137438691328, 2305843008139952128, 2658455991569831744654692615953842176, 191561942608236107294793378084303638130997321548169216

The .125 root or power is to be understood to be especially fundamental because it is the base power of the denominators of the infinitely alternating sequence of the infinite series of natural numbers and the infinite series of odd numbers which produces the infinite lattice composed of the natural numbers, the differences of their squares, the differences of the squares of those differences, the differences of the squares of those differences, ad infinitum.1 The series of the exponents of the denominator .125 in this infinite lattice is a double series composed by sequential summing. The exponents of .125 in the odd-numbered rows of the lattice are 0, 1, 1 + x, 1 + x + x2, 1 + x + x2 + x3, . . ., and, in the even-numbered rows, their respective doubles, where x = 4.
(infinitely) linear structure that is no information (very breadth or denotation) is imaged in two dimensions and the (infinitely) flat structure of the real trinary logic series (1, 0, , 1 . . ., height, breadth, depth, information . . ., analogue of the numeric geometric series) is imaged in three dimensions.

The first factor of this last ~ that of the Planck mass = 2.1767 × 1E-8 kg with a standard uncertainty of 0.0016 × 1E-8. Where φ is the golden section, 2.1767 + 0.0016 ~ φφ = 2.178457569.
φ-4 + φ4 = 7 & φ−1 + φ = 51/2.

For the φ ratio, ὁ άκρος καὶ μέσος λόγος (‘the extreme and mean ratio’), = 1 × 784 × 82944 × 10^30 = (8.064 × 10¹⁸⁾2.
φ from the consequent signifies death in the cells of the stratum corneum. But absence of life is not death, and φ is not absent from physical structure in general. Nor, then, does φ-proportionality cease to determine epidermal structure and functioning as a whole.'

The integral product of יום א׳ של שלושׁ ('Day One of the Trinity', integral product, 4.6656E16 or 4.6656E22) and the cube of the integral product of הקדוש ברוך רוא ('the Holy One, Blessed be He', integral product, 1.296E11), where, in the simplest form, 4.6656E162 = 1.296E113 = 2.176782336E33 = the integral product of כל־גיא ינשׂא וכל־הר וגבעה ישׁפלו ('Every valley shall be lifted up, and every mountain and hill shall be made low' [Is 40:4], integral product, 2.176782336E27) times the integral product of הכרה ('consciousness'/'discernment', integral product, 1E6), 2.176782336E27 × 1E6 = 2.176782336E33

https://biblehub.com/hebrew/
http://www.gematrinator.com/calculator/index.php

Multi-Cubic Dimensions.

Cube root of 10 = 2.15443469003
10 Cubed = 1000
1000 Cubed = 1 Billion = 10^9

1 × 10^9. The metric prefix giga indicates 1,000,000,000 times the base unit. Its symbol is G.

1 Billion Cubed = Octillion 10^27
1 Octillion cubed = Sesvigintillion 10^81
1 Sesvigintillion Cubed 10^81 = Octogintillion= 10^243

10^243 Octogintillion
10^729
10^2187
10^6561
10^19683
10^59049

Octogintillion³3³3³3
= 10^177147

10^3003 is a Millinillion

One googol is presumed to be greater than the number of atoms in the observable universe, which has been estimated to be approximately 10^78.Thus, in the physical world, it is difficult to give examples of numbers that compare to the vastly greater googolplex. However, in analyzing quantum states and black holes, determining experimentally whether or not information is lost down black holes of solar mass . would require more than 10¹⁰76.96

Huge numbers are kinda cool really like this, But lets Look at thing more simplified.

10^100 = Googol = Really Useless
10^googol = 10¹⁰100 = 100 Times more Useless = Googolplex
10googolplex = 10¹⁰10^100 = Ultimate Useless Number.

"googol." Later, another mathematician devised the term googolplex for 10 to the power of googol - that is, 1 followed by 10 to the power of 100 zeros. googolplex is the number 10^googol, or equivalently, 10⁽¹⁰100)
writing a googolplex in full decimal form 10,000,000,000 would be physically impossible, since doing so would require more space than is available in the known universe.

The end of the Universe via Big Freeze without proton decay is expected to be around 10¹⁰75 years into the future.
10^97 is a high estimate of the elementary particles existing in the visible universe (not including dark matter), mostly photons and other massless force carriers.There are 10^97! or around 10¹⁰99 ways to arrange these particles.
googolplex = arrangement estimate of all particles not including dark mater

Writing a googolplex would take about 1.51×10^92 years, which is about 1.1×10^82 times the accepted age of the universe. Adam and Chuquet used the long scale of powers of a million; that is, Adam's bymillion (Chuquet's byllion) denoted 10^12, and Adam's trimillion (Chuquet's tryllion) denoted 10^18.

The measured spectrum confirms a flux suppression at the highest energies. Above 5.3×10^18 eV, the ``ankle'', the flux can be described by a power law E−γ with index γ=2.70 ± 0.02 (stat) ± 0.1 (sys) followed by a smooth suppression region. For the energy (Es) at which the spectral flux has fallen to one-half of its extrapolated value in the absence of suppression, we find Es=(5.12±0.25 (stat)+1.0−1.2 (sys))×10^19 eV.
4.314187648+(missing pi)×10^¹⁸

Tetration, hyperoperation, Knuth's up-arrow notation, Steinhaus–Moser notation, Conway chained arrow notation.
The first discovered gigantic prime was the Mersenne prime 2^44497 − 1. It has 13,395 digits and was found in 1979
The smallest gigantic prime is 10^9999 + 33603. It was proved prime in 2003

A megaprime is a prime number with at least one million decimal digits (whereas titanic prime is a prime number with at least 1,000 digits, and gigantic prime has at least 10,000 digits
2^77232917 – 1 Founded 2017-12-26 23,249,425 digit Prime

421 definite primes and 28 probable primes.
Titanic Prime https://oeis.org/A074282
numbers such that 10^999+n is a (Titanic) prime.

So really, all the numbers after do not "really exist" anywhere, tiny dimensions just floating around in air they probably millions or billions, small and we are unaffected somehow as they have quantum characteristics and physical properties. Its between other dimensional layers in plain sight, 3D objects can kinda bounce other 3D objects into a 4th dimension and can bounce into the 3D world like waves in the double split experiment. There is probably 4th dimensional things here, but you cant see the higher dimensional things (typically), only the interactions with the "Current" dimensional plane. If we was to "see" a 4th dimensional shape somehow in 3D it would appear as lines, and random colors.

It is not the actual shape, because the shape is bent in on itself we only can see 1 dimension. We cant explain a light curving back in on itself here, but we can in a 4D model we make just as if we was a 2D object, we would only see "lines" in the 2D not shapes. There is 3D objects in the 2D room, but you can only see a slice of it.We may not be limited to 11 dimensions.

They may not be exact or real but I can kinda see it sometimes, even quantum computing probably could simulate more than 11 at a time because every "action" splits your quantum self into more paths too this is because every action was possible, in the multiverse if so this is limitless dimensions they are far too many to ever count. Much like finding the amount of all chess moves, or how we evolved so fast maybe id suggest there is 10^999 Possible outcomes ever that by chance could be recorded and documented and being real perhaps.

There is no way to like count that in pretty much the universes time its probably constantly growing at that with every action same for the chess moves and the evolution moves. 10^953 may indeed be the limit rather than 10^999 or another number. The numbers cant exist higher at some Omega point, once you hit the threshold of how much information is going in and can come out.

10^999+663 is the 2nd Titanic Prime. Its probably where it begins with Quantum and Meta-Mathematics exists where we do not exist. If we wanted to understand Dark Matter and Energy we would look into the numbers more we would look into our quantum self, gets put into every single dimension possible with every choice as were always connected to these other quantum selves and the"time" is the dimension all of the quantum copies are connected. This suggests, some of these copies do in fact cross over to "our" dimension sometimes.

God's Number = 26 = Yhvh = Tesseract. Morley Davidson finally prove that God's Number in the Quarter-Turn Metric is 26. 5,442,351,625,028 >26

Any Hebrew reading that verse would give it a hearty amen! He would say, "In the beginning was the WORD (the alephbet), the WORD was with YHVH, and YHVH was the WORD (the alephbet)." YHVH is the the alephbet and is revered for the same reason; He finished everything from A to Z, or from beginning to end."

Trinity Bible 7-Cube Matrix Stars
[11,33,53,75,99,153,333]
[67,145,187,253,297,300,477]
[10,159,100, 477,1000,1331, 1431]

Trinity 7-Cubes
{4913, 343, 5735339, 108531333, 353393243, 333533450375, 3707322336333}

[9 Holy 7-Cubes]
(3, 26, 83, 173, 1983, 2953, 19753, 90643)
(17, 7, 37, 3, 13, 11, 19, 29)
(9, 31, 99, 998, 999, 7937, 9999)
(17, 7, 179, 477, 707, 6935, 15477)
(8, 74088, 778688, 82881856, 835896888, 13858588808, 4862885368888)
(64, 166375, 46656, 367061696, 1676676672, 66676466375, 2646396666368)
(27, 17576, 571787, 5177717, 7797729087, 25750777177, 7707245470777)
(729, 29791, 970299, 994011992, 997002999, 499999005953, 999700029999)
(1331, 195112, 1191016, 302111711, 1128111921, 1017501115112, 11540111711192)

Bible Star Code Pattern:
88×44×44×12×12×12×7=2060771328
88x44x22x12x24x32x7=5495390208
88×88×44×44×22×22×12×12×24×24×32×32×7= 4.314187648×10^¹⁸

LionCube Match.
3.14159265358979323846264334=12.566370614
43.14187648 = 12.56750592

Size and Data:
The (symbol E) is defined in the International System of Units (SI) as a multiplier of 10¹⁸, therefore, 1 exabyte = 10¹⁸ bytes. At the same time, traditionally this metric prefix is used to designate binary multiplier 2⁶⁰, so 1 Ebyte = 1024 Pbytes. The correct prefix for 2⁶⁰ is an exbibyte (EiB), introduced by the International Electrotechnical Commission (IEC) in 1999. Binary prefixes are increasingly used in technical literature, open source software and cloud services.

1 gibibyte [GiB] = 1.073741824E-09 exabyte (10¹⁸ bytes) [EB]

100 crore or 1 arab

1 × 10^9. The metric prefix giga indicates 1,000,000,000 times the base unit. Its symbol is G.

One billion years may be called eon/aeon
milliard can also be used to refer to 1,000,000,000
a billion seconds is exactly 31 years, 8 months, 2 weeks, 1 day, 17 hours, 46 minutes, and 40 seconds.

About 109 minutes ago, the Roman Empire was flourishing and Christianity was emerging. (109 minutes is roughly 1,901 years.)
About 109 hours ago, modern human beings and their ancestors were living in the Stone Age (more precisely, the Middle Paleolithic). (109 hours is roughly 114,080 years.)
About 109 months ago, dinosaurs walked the Earth during the late Cretaceous. (109 months is roughly 83.3 million years.)
About 109 years—a gigaannus—ago, the first multicellular eukaryotes appeared on Earth.
About 109 decades ago, galaxies began to appear in the early Universe which was then 3.799 billion years old. (109 decades is roughly 10 billion years.)
It takes approximately 95 years to count from one to one billion in a single sitting.
109 metres (called a gigametre) is almost three times the distance from the Earth to the Moon.
109 kilometres (called a terameter) is over six times the distance from the Earth to the Sun.

The universe is thought to be about 13.8 × 109 years old.

There are a billion cubic millimetres in a cubic metre and there are a billion cubic metres in a cubic kilometre.
A is a cube; B consists of 1000 cubes the size of cube A, C consists of 1000 cubes the size of cube B; and D consists of 1000 cubes the size of cube C. Thus there are 1 million A-sized cubes in C; and 1,000,000,000 A-sized cubes in D.

1,000,000,007 – smallest prime number with 10 digits.
9,999,999,967 – greatest prime number with ten digits.
9999999967÷1000000007= 9.999999897

Real double 10 commandments!
Nazarites and "Laws of G-D" in the torah
1-10 and 588-597
http://www.jewfaq.org/613.htm

When we Cubed 10 over and over at the 10th spot, we have 10^177147
10^81 is a cool perfect cube and can be seen in the universe but you start to see 10^9 has so many reasons its important.

1 × 10^9. The metric prefix giga indicates 1,000,000,000 times the base unit. Its symbol is G.
a billion seconds is exactly 31 years, 8 months, 2 weeks, 1 day, 17 hours, 46 minutes, and 40 seconds.
109 metres (called a gigametre) is almost three times the distance from the Earth to the Moon.
109 kilometres (called a terameter) is over six times the distance from the Earth to the Sun.

The universe is thought to be about 13.8 × 109 years old.

Words:
With mastery of a mere 641 Hebrew words you will have OVER 80% recognition of Hebrew vocabulary in the Old Testament text! After learning 641 of the highest frequency the "law of diminishing" returns kicks in
the Hebrew language estimates 45,000 words, in addition to 30,000-35,000 word compositions (school in Hebrew is book-house בית-ספר, for example), which totals the estimate in 75,000-80,000 meaningful expressions of either words or word compositions.

419, 687 words in the Hebrew Old Testament text. Of those 419,687 words 8,679 are unique that compose the total usage of 419,687 words total

8679÷80000
.1084875
11 rivers perhaps.
11 segments
641÷8679
0.073856435
11% and then 7%
Kinda like Trees 11 rivers of 8 = 88

88 constellations
66+22 letters
22 hebrew letters = 1/4th
Bible = 2/3rds
22 letters = 12 signs
12 signs should equal yhvh.
88/7=12.571428571

New sequences:
10,159, 100,333 477,1000,1431
343, 4913, 5735339, 108531333, 353393243, 333533450375, 3707322336333
8,27,64,125,216,343,512

90% of all word occurrences in the Hebrew text the answer would be: 22% of the 8,679 words
22% of 88 = 19.36
88% of 22 = 19.36

22% of 100 = 12 Zodiac. 88% the other stars and 22 letters and 12 Zodiac.

Fourth composite number in the 11-aliquot tree.
ϞΑ´=91 is the smallest pseudoprime satisfying the congruence 3n ≡ 3 mod n.[6]
a repdigit in base 9 (1119). palindromic in bases 3 (101013), 9 (1119), and 12 (7712).

7% 7 voids, 7 Rulers of 12 Zodiac maybe 7 voids and 7 directions dark matter & energy?

7 rulers ruling the 12 signs
Capricorn בע & בצ Aquarius.
Sagittarius גס & גק Pisces.
Leo; כט
Cancer; תח
Scorpio.דה Aries & דנ
Libra. פו Taurus & פל
Virgo רז Gemini & רי

Saturn, Shabtay, was represented by the letter ב,
Jupiter, Tzedek, was represented by the letter ג,
Mars, Ma’adim, was represented by the letter ד
Venus, Noga, was represented by the letter פ, Peh
Mercury, Kochav, was represented by the letter ר

The only combinations of letters with a meaning in Hebrew is the Gemini combination: רז means secret.
Sun, Chama, ruled Leo; this sign got the letters כט.
Moon, Levana, ruled Cancer; this sign got the letters תח.

7 voids and rulers
7- 12-5-5-4 added together is 33.
yhwh(26) + 7 voids = 33
Matter plus the (lack) of matter = the universe
as in the universe is like a Tesla coil and a djed pillar, it could even be used for a clock
7 to 12 see voids are a clock and 12 is probably the "empty space"
5 and 5 and 4 is dark matter, dark energy, and normal energy
7 indicates (time) and lack of matter and direction even
2 somehow goes with (anti-matter) too. 12<14 also connects the anti-energy to the normal energy we see.
https://teslauniverse.com/nikola-tesla/patents

Hebrew
22 = El is my father
12 = destruction
8 = destruction
6 = perish
10 = destruction
4 = fruit
2 = father
11 = destruction or ruin, Abaddon
7 = to perish
3 = freshness, fresh green
9 = a lost thing
88 = water-skin
66 = meadow of water

Sounds like the Matrix.

New sequence 67, 145, 187, 253, 297, 300, 477
3 layers of "7 Cubes" within this weird "3" cube pattern
28 crazy cubes maybe its a 4th Dimensional Cube.

Double Tesseract

Double 5D Perfect Cubed
30D Overload
125D OverHeating

88 constellations
12.571428571 Signs
1331 (11 Cubed )goes with... 1189 closest
421875 (75 Cubed) goes with 419,687 CLosest
99 cubed /11 =8019 is closest to 8,679
8019/11=729
12x6= 72 (Names of God)
28 Clusters and 7 Voids
22 letters hebrew 12(+.5) zodiacal constellations, Capricorn, Aquarius, Pisces, Aries, Taurus, Gemini, Cancer, Leo, Virgo, Libra, Scorpius, and Sagittarius, (+.5 Ophiuchus).

148877 =53 Cubed closest to 144,000 (Gods Number)+ T53

T53 = 1431
1431×1431×1431=2930345991

God Number Cubed.
http://oeis.org/A017283
a(n) = (10*n + 1)^3.
(143)

These all have "1" at the end
http://oeis.org/A017283/b017283.txt

#10 is 1030301
#100 is 1003003001
#200 8012006001
#333 is 36959313691
#1000 1000300030001

The base-10 logarithm of number 1431 is 3.1556396337598.
1431 divided by 3 equals to 477
1431 divided by 9 equals to 159
1431 divided by 11 equals to 130.09090909091
477
477×477×477
108531333
477 = 3^2 x 53

477 is the smallest number whose cube contains four 3s: 477^3 = 108,531,333.
Masonic Funeral Music in C by Wolfgang Amadeus Mozart is cataloged as KV 477.
477 is a pentagonal number.
http://oeis.org/A007527
5,10,11,20,25,26,38,39,54,65,70,114,130
a + b = 4 + 7 = 11

Smallest cube containing exactly n 3's. 6
0, 4913, 343, 5735339, 108531333, 353393243, 333533450375, 3707322336333, 86333306433373, 153712433903333733, 333343033492332032, 8343304933332333329, 433134325352337333353, 33435346723033333302433, 243513939323833732333333, 33393753313938361233336383

Trapezohedron ,Twisted trapezohedra and a Deltohedron.
The n-gonal trapezohedron, antidipyramid, antibipyramid or deltohedron is the dual polyhedron of an n-gonal antiprism. With a highest symmetry, its 2n faces are congruent kites (also called trapezia or deltoids). The faces are symmetrically staggered.

A number of operators can be grouped together by some criteria, or have their behavior modified by an index. These are written as an operator with a subscript: xn.

Augmentation operations retain original edges. They may be applied to any independent subset of faces, or may be converted into a join-form by removing the original edges. Conway notation supports an optional index to these operators: 0 for the join-form, or 3 or higher for how many sides affected faces have. For example, k4Y4=O: taking a square-based pyramid and gluing another pyramid to the square base gives an octahedron.

2 x 10^13 cm-2 s-1(thermal neutrons at the core)

Largest known prime number (as of January 2019) is 2^82589933 − 1, a number which has 24,862,048 digits when written in base 10. December 2018, 449 (probable) megaprimes are known, including 421 definite primes and 28 probable primes. Megaprime is a prime number with at least one million decimal digits, gigantic prime has at least 10,000 digits.

Cube^3

A supercomputer simulation of the evolution of the universe show a cubic volume of outer space measuring approximately 280 million light years across. The images portray, from left to right, the universe 470 million years, 2.1 billion years and 13.4 billion years (the present) after the big bang. The bright dots correspond with high concentrations of dark matter, which are associated with sites of galaxy formation. The simulations show how dark matter herded luminous matter in the universe from its initial smooth state into the cosmic web of galaxies and galaxy clusters that populate the universe.

88/22=4 (4 Corners of the Earth Merging 2 rivers of 44 creeks)
88/28=3.142857143 (Pi of the Universe[Matrix])
88/7=12.571428571 ( 7 Voids Divided by 12(+.5) Zodiac)
88/11=8 (8 Rivers with 11 Trees Connecting)
88-72=16
4x4=16
2x8=16
1+6=7 (7 Voids)
(+.57 Ophiuchus).

Pentagonal quasilattice showing a perspective of Time Quasilattices in Dissipative Dynamical Systems
We establish the existence of time quasilattices' as stable trajectories in dissipative dynamical systems. These tilings of the time axis, with two unit cells of different durations, can be generated as cuts through a periodic lattice spanned by two orthogonal directions of time. We show that there are precisely two admissible time quasilattices, which we term the infinite Pell and Clapeyron words, reached by a generalization of the period-doubling cascade. Finite Pell and Clapeyron words of increasing length provide systematic periodic approximations to time quasilattices which can be verified experimentally. The results apply to all systems featuring the universal sequence of periodic windows. We provide examples of discrete-time maps, and periodically-driven continuous-time dynamical systems. We identify quantum many-body systems in which time quasilattices develop rigidity via the interaction of many degrees of freedom, thus constituting dissipative discretetime quasicrystals'.
https://iopscience.iop.org/article/10.1088/0305-4470/23/20/018

5D Bravais lattices which yield with the cut-and-projection method (2+1)-reducible quasilattices in 3D; the quasilattices are periodic along the c axis but quasiperiodic only along the plane perpendicular to it. There exist five Bravais classes of 5D lattices associated with the (2+1)-reducible quasilattices, namely primitive octagonal, decagonal and dodecagonal lattices, the centred octagonal lattice and the pentagonal lattice. The author also discusses the special points of the reciprocal lattices of these 5D lattices. Cubic superspace symmetry cubic quasicrystals are quantitatively reanalyzed.
Many cubic symmetric graphs (excepting the tetrahedral graph, utility graph, and possibly others) have unit-distance drawings

Pseudosymmetry is the apparent symmetry in crystals that come to resemble (as in the apparently hexagonal prisms of aragonite) forms of another system. W(y); supercurrent for a pure supersymmetric gauge theory with Shubnikov groups and Harmonic superpotentials. The packing of clusters for a hypothetical cubic 3/2 approximant. Symmetry of incommensurate magnetic structures Magnetic superspace groups https://en.wikipedia.org/wiki/Georgi%E2%80%93Glashow_model

Grand unification energy, ΛGUT , or the GUT scale, is the energy level above which, it is believed, the electromagneti...
https://en.wikipedia.org/wiki/Grand_unification_energy Molecular vibrations, Hybridized and molecular orbitals, Crystal-field splitting, Electronic-transition selection rules Crystal band structure, Landau theory of phase transitions shows Parameterize crystal distortions.

Multi-Verse of multiple quantum wells
1440 6-cube (6D) unit edges and Golden ratio basis vectors orthographically projected to 3D.
The Fibonacci sequence is a standard example of 1D quasicrystal: it is neither ordered ('crystal') nor disordered ('noise').
the zeros of the zeta function form a quasicrystal, meaning a distribution with discrete support whose Fourier transform also has discrete support. Needs classifying, or at least studying, 1-dimensional quasicrystals
the lowest energy state is a one-dimensional quasicrystal. The nonlocal correlations characteristic of the quasicrystalline state emerge from a free-energy contribution localized in reciprocal space.

Fibonacci-spaced multiple quantum-well structures is presented. Systematic numerical studies are performed for different average spacing and geometrical arrangement of the quantum wells. Measurements of the linear and nonlinear (carrier density dependent) reflectivity are shown to be in good agreement with the computational results. As the pump pulse energy increases, the excitation-induced dephasing broadens the exciton resonances resulting in a disappearance of sharp features and reduction in peak reflectivity multiple quantum well (MQW).

Quantum well
A quantum well is a potential well with only discrete energy values. The classic model used to demonstrate a quantum well is to confine particles, which were originally free to move in three dimensions, to two dimensions, by forcing them to occupy a planar region. Quantum well is a potential well with only discrete energy values. The classic model used to demonstrate a quantum well is to confine particles, which were originally free to move in three dimensions, to two dimensions, by forcing them to occupy a planar region. The effects of quantum confinement take place when the quantum well thickness becomes comparable to the de Broglie wavelength of the carriers (generally electrons and holes), leading to energy levels called "energy subbands", the carriers can only have discrete energy values. With increasing QW number, the dip gets broader and shifts to lower energies. At the same time, additional dips with similar behavior emerge close to the Bragg resonance position. V(x1, x2) = Vδ(x1 − x2)

Fibonacci zeta function of the 1440 6-cube one-dimensional quasicrystal forms free-energy. Molecular vibrations of Hybridized and molecular orbitals create Crystal-field splitting Electronic-transition sections that creates the rules of Crystal structure phase transitions and Parameterize distortions. Packing of clusters for a hypothetical cube creates Grand unification energy with the Symmetry of incommensurate Magnetic superspace group structures. Harmonic superpotentials and Shubnikov groups shows the supercurrent for a pure supersymmetric gauge which is as upersymmetry-violating quadratic and cubic terms in the potential in presence of a superpotential W(y);

A close up inside the 23-29 duoprism projected onto a 3-sphere, and perspective projected to 3-space. As m and n become large, a duoprism approaches the geometry of duocylinder just like a p-gonal prism approaches a cylinder.
A hexagonal prism, projected into the plane by perspective, centered on a hexagonal face, looks like a double hexagon connected by (distorted) squares. Similarly a 6-6 duoprism projected into 3D approximates a torus, hexagonal both in plan and in section. Great icosahedrons. 600-cell is an assembly of 600 regular tetrahedra in 4-dimensional space, arranged so that each edge is shared by 5 tetrahedra. The characteristic which distinguishes the great 600-cell from the "usual" 600-cell is that the vertex figure is.

Quantum Gravity webmaster Research
https://www.quantumgravityresearch.org/portfolio/quasicrystals
A quasicrystal is an aperiodic, but not random, pattern. A quasicrystal in any given dimension is created by projecting a crystal – a periodic pattern – from a higher dimension to a lower one. For example, imagine projecting a 3-dimensional checkerboard – or cubic lattice made of equally sized and equally spaced cubes – onto a 2D plane at a certain angle. The 3D cubic lattice is a periodic pattern that stretches out infinitely in all directions. The 2-dimensional, projected object is not a periodic pattern. Rather, it is distorted due to the angle of projection, and instead of containing only one shape that repeats infinitely like the 3D crystal does, it contains a finite number of different shapes (called proto-tiles) that combine with one another in specific ways governed by a set of mathematical/geometrical rules to fill the 2D plane in all directions. It is possible, with the correct mathematical and trigonometrical toolkit to actually recover the mother object in 3D (the cubic lattice in this example) by analyzing the 2D projection. A famous example of a 2D quasicrystal is the Penrose tiling conceived by Roger Penrose in the 1970’s, in which a 2D quasicrystal is created by projecting a 5-dimensional cubic lattice to a 2D plane.

Gosset's 8-dimensional semiregular polytope into 3-space quasicrystalline projection
https://arxiv.org/pdf/1104.1143.pdf

Aperiodic Tilings
A non-periodic tiling with the additional property that it does not contain arbitrarily large periodic patches. A set of tile-types (or prototiles) is aperiodic if copies of these tiles can form only non-periodic tilings. The Penrose tilings are the best-known examples of aperiodic tilings. The first printed illustration of a rhombicuboctahedron, by Leonardo da Vinci, published in De Divina Proportione, 1509

Corpus Hypercubus
Johannes Kepler's Platonic solid model of planetary spacing in the solar system from Mysterium Cosmographicum, 1596
hypotenuse (b:a) ratios for pyramids like the Great Pyramid of Giza could be: 1:φ (Kepler triangle), 3:5 (3:4:5 triangle), or 1:4/π

Buckminsterfullerene C60: Richard Smalley and colleagues synthesised the fullerene molecule in 1985.
Brochosomes (secretory microparticles produced by leafhoppers) often approximate fullerene geometry.
Crystals: cube-shaped crystals of halite (rock salt); cubic crystal system, isometric hexoctahedral crystal symmetry

We see Emergence structures and interaction patterns that show via the collective actions of many individual entities. To explain such patterns, one might conclude, per Aristotle, that emergent structures are other than the sum of their parts on the assumption that the emergent order will not arise if the various parts simply interact independently of one another. However, there are those who disagree. According to this argument, the interaction of each part with its immediate surroundings causes a complex chain of processes that can lead to order in some form. In fact, some systems in nature are observed to exhibit emergence based upon the interactions of autonomous parts, and some others exhibit emergence that at least at present cannot be reduced in this way. In particular renormalization methods in theoretical physics enable scientists to study systems that are not tractable as the combination of their parts

The hemicube is the 2-to-1 quotient of the cube. The rhombic dodecahedron is a zonohedron with twelve rhombic faces and octahedral symmetry. It is dual to the quasiregular cuboctahedron (an Archimedean solid) and occurs in nature as a crystal form. The rhombic dodecahedron packs together to fill space. ASpherical pentagonal hexecontahedron is the compound of five cubes is one of the five regular polyhedral compounds.

This uniform polyhedron compound is a symmetric arrangement of 6 cubes, considered as square prisms. It can be constructed by superimposing six identical cubes, and then rotating them in pairs about the three axes that pass through the centres of two opposite cubic faces. Each cube is rotated by an equal (and opposite, within a pair) angle θ. When θ=0, all six cubes coincide. When θ is 45 degrees, the cubes coincide in pairs yielding (two superimposed copies of) the compound of three cubes.

In seven-dimensional geometry, a hexicated 7-cube is a convex uniform 7-polytope, including 6th-order truncations (hexication) from the regular 7-cube. There are 32 hexications for the 7-cube, including all permutations of truncations, cantellations, runcinations, sterication...hexipentisteriruncicantitruncated 7-cube...
A 10-demicube or demidekeract is a uniform 10-polytope, constructed from the 10-cube with alternated vertices removed. It is part of a dimensionally infinite family of uniform polytopes called demihypercubes.

In geometry, demihypercubes (also called n-demicubes, n-hemicubes, and half measure polytopes) are a class of n-polytopes constructed from alternation of an n-hypercube, labeled as hγn for being half of the hypercube family, γn. Half of the vertices are deleted and new face...

Negative-dimensional space in topology, a discipline within mathematics, a negative-dimensional space is an extension of the usual notion of space, allowing for negative dimensions.

The Square root of a matrix in mathematics, the square root of a matrix extends the notion of square root from numbers to matrices. Matrix B is said to be a square root of A if the matrix product BB is equal to A.

So whats a Cube Root of a Matrix? Lets assume they are Cubes.

Magic cube
In mathematics, a magic cube is the 3-dimensional equivalent of a magic square, that is, a number of integers arranged in a n × n × n pattern such that the sums of the numbers on each row, on each column, on each pillar and on each of the four main space diagonals are equal...

Then there also is Multi-Magic Cubes.
In mathematics, a P-multimagic cube is a magic cube that remains magic even if all its numbers are replaced by their k-th power for 1 ≤ k ≤ P. Thus, a magic cube is bimagic when it is 2-multimagic, and trimagic when it is 3-multimagic, tetramagic when it is 4-multimagic. ...If all P of the power cubes are perfect, the multimagic cube is said to be perfect, only two trimagic cubes are known, only two known tetramagic cubes, a semiperfect cube of order 1024, and perfect cube of order 8192.

A Multimagic square in mathematics, a P-multimagic square (also known as a satanic square) is a magic square that remains magic even if all its numbers are replaced by their kth power for 1 ≤ k ≤ P. Thus, a magic square is bimagic if it is 2-multimagic, and trimagic if it is 3-multimagic;

A pandiagonal magic square or panmagic square (also diabolic square, diabolical square or diabolical magic square) is a magic square with the additional property that the broken diagonals that wrap round at the edges of the square, also add up to the magic...

Multimagic perfect cube roots of the matrix and hexamagical imperfect square roots of the Uni-matrix.

X∈M2(Q).

https://users.math.msu.edu/users/weihsuan/ss15/hw2sol.pdf
http://www.blueworldcartoons.com/CubingSquareMatrices.html

y = z2x3
zx2 * zx = z2x3

Solving Matrix Equations
https://www.varsitytutors.com/hotmath/hotmath_help/topics/solving-matrix-equations
A matrix equation is an equation in which a variable stands for a matrix.

Matrix differential equation
A differential equation is a mathematical equation for an unknown function of one or several variables that relates the values of the function itself and of its derivatives of various orders. A matrix differential equation contains more than one function stacked into vector f...

HΨ=EΨ

Lets adapt Quantum physics to this.
Rectangular well of potential V(x) adopted in the Schrödinger equation. The potential well has a depth of −5 eV and a width of 2 nm, while the solution is conducted on an overall width of 3.2 nm, discretized in 32 equal intervals. (B) Matrix A with size 33 × 33 obtained from the space discretization of the Schrödinger equation, and the two positive matrices B and C implemented in the cross-point arrays, with A = B − C. A conversion unit of 100 μS for 7.6195 eV was adopted in matrices B and C. The two conductance matrices share the same color bar. The ground-state eigenvalue is −4.929 eV, which was mapped into the conductance (65 μS) of the TIA feedback resistors. (C) Discrete ground-state eigenfunction obtained as the simulated output voltage in the cross-point circuit compared with the analytical solutions. Note that the peak voltage is around the supply voltage 1.5 V of the OA due to saturation.

Cross-point circuit for the solution of the eigenvector equation Ax = λx, where x is the eigenvector and λ is the highest positive eigenvalue of a positive matrix A reported in the inset. To prevent set/reset disturb to the RRAM conductance, the output voltages of the OAs were limited to ±0.2 V. (B) Measured eigenvectors corresponding to the highest positive eigenvalue and the lowest negative eigenvalue, as a function of the normalized eigenvectors obtained by analytical solutions. The highest positive eigenvalue and the lowest negative eigenvalue were stored as the feedback conductance Gλ of the TIAs with conductance of 940 and 331 μS, respectively. (C) A system of four webpages with their respective links. An arrow pointing from page i to page j indicates a citation of j in page i, thus the importance of a webpage can be stated from the number of arrows pointing at that page. (D) The link matrix for the system in C. The elements in each column sum to 1, while diagonal elements are all null as pages do not cite themselves. The transformation unit was G0 = 684 μS for RRAM conductance, to minimize RRAM nonlinearity. The highest positive eigenvalue is 1, corresponding to feedback resistors with conductance G0. (E) Measured eigenvector, representing the importance scores of four pages, as a function of the analytically solved normalized eigenvector.