The Universe is based on dimensional mathematics. Finding The Dimensions In The Universe Mathematically (The Theory Of Everything):
The duality of the 6 directions and the 6 distances of the first start of the Universe: Matter + Antimatter = (+0-0)^6 + (-0+0)^6
According to this mathematical formula: (a+b)^2=a^2+2ab+b^2
(+0-0)^6
= (+1-(-1))^3 x (+0.0-0.0)^3
= ( This should be the Pure Eight (Pali: Suddhātthaka):
Step 1:
(+1-(-1))^3 =
+ (+1)3
- ((+1)3 x (-1)
- ((-1)2 x (+1)2))
+ (-1)2 x (+1)
- (
+ (+1)2 x (-1)
- ((+1)2 x (-1)2
- ((-1)3 x (+1)))
+ (-1)3)
)) x
(+0.0-0.0)^3 = (+(1)-(-(1))) x (0.000 - 0.000) x (+0.0-0.0)
Step 2:
(+1-(-1))^3 x (+(1)-(-(1)))= 8 elementary particles x (+(1)-(-(1))) = 16 elementary particles
Output of this (+0.000 - 0.000) x (+0.0-0.0) is nearly: ((+0.5......-(-0.5......)) + (+0.5......-(-0.5......)) + (+0.5......-(-0.5......))) x
(2,/3 / (1........x(7/7)) x 1......x(5/5) x 1_..../(3/3) / (1...... x 1_../(1/1))
- 1..../3 x (1....../(5/5) x (NEUTRAL)/5 X5) x 1_..../(3/3) / (1.....x(5/5) x (NEUTRAL) x 1_../(1/1))) x 0.00000
Outputs: 1/2 (or 0.5),
2/3
, -1/3
, -1 (It shows a similarity to the elementary particles. )
I think I found the mathematical reasons for the existence of the charge of the elementary particles of the standard model in particle physics, and I'll show the reasons to the existence of the masses and the forces of the particles mathematically.
- W. Suresh Madusanka
------------------------------------------------------------
Suresh Madusanka:
Combination of the duality of the 6 directions and the 6 distances of the first start of the Universe: (+0-0)^6 + (-0+0)^6 = MATTER + ANTIMATTER
(+0-0)^6
=
i: (+1-(-1))^3
X
ii: (+0.0-0.0)^3
= ( This should be the Pure Eight (Pali: Suddhātthaka) in Buddhism:
Maybe there is a fundamental cause for the stable existence of the Heat, Solid, Liquid and Gas.
Heat...: + (+1)^3
Solid..: - ((+1)^3 x (-1)
Liquid.: - ((-1)^2 x (+1)^2))
Gas....: + (-1)^2 x (+1)
- (
+ (+1)^2 x (-1)
- ((+1)^2 x (-1)^2
- ((-1)^3 x (+1)))
+ (-1)^3)
)) x
ii: (+0.0-0.0)^3
= ( This should be the 12 elementary particles (of matter) of Standard Model (in particle physics):
01. electron neutrino:
+ (+(1))(+1)^3
02. electron:
- ((+(1))(+1)^3 x (-1)
03. down quark:
- ((+(1))(-1)^2 x (+1)^2))
04. up quark:
+ (+(1))(-1)^2 x (+1)
- (
{ Standard Forces
} AND/OR
{
05. charm quark:
+ (+(1))(+1)^2 x (-1)
06. strange quark:
- (+(1))((+1)^2 x (-1)^2
07. muon:
- (+(1))((-1)^3 x (+1)))
08. muon neutrino:
+ (+(1))(-1)^3
}
)
- (
09. tau neutrino:
+ (-(1))(+1)^3
10. tau:
- ((-(1))(+1)^3 x (-1)
11. bottom quark:
- ((-(1))(-1)^2 x (+1)^2))
12. top quark:
+ (-(1))(-1)^2 x (+1)
- ( Mini Forces:
13. Mini Z^0 boson:
+ (-(1))(+1)^2 x (-1)
14. Mini W^+ boson:
- (-(1))((+1)^2 x (-1)^2
15. Mini gluon:
- (-(1))((-1)^3 x (+1)))
16. Mini photon:
+ (-(1))(-1)^3))
))) x
This should be the Higgs boson field in Standard Model (in particle physics):
17: (0.000 - 0.000) x (+0.0-0.0)
OR
= ( This should be the position and structure of the 12 standard elementary particles and the 4 forces of the Standard Model (in particle physics):
01. electron neutrino (Mass Ratio Array: (i.) 0.0022 | (ii.) 0.000468 | (iii.) 0.000052631 | (iv.) 0.000011198):
+ (+(1))(+1)^3
02. electron (Mass Ratio Array: (i.) 0.511 | (ii.) 0.1087 | (iii.) 0.01222489 | (iv.) 0.00260104):
- ((+(1))(+1)^3 x (-1)
03. down quark (Mass Ratio Array: (i.) 4.7 | (ii.) 1 | (iii.) 0.112440192 | (iv.) 0.023923445):
- ((+(1))(-1)^2 x (+1)^2))
04. up quark (Mass Ratio Array: (i.) 2.2 | (ii.) 0.468 | (iii.) 0.05263159 | (iv.) 0.01119821):
+ (+(1))(-1)^2 x (+1)
- (
{ Forces:
05. Z^0 boson (Mass Ratio Array: (i.) 91190 | (ii.) 19402.1 | (iii.) 2181.5789475 | (iv.) 464.1657335):
+ (+(1))(+1)^2 x (-1)
06. W^+ boson (Mass Ratio Array: (i.) 80390 | (ii.) 17104.25 | (iii.) 1923.205742 | (iv.) 409.192711):
- (+(1))((+1)^2 x (-1)^2
07. gluon:
- (+(1))((-1)^3 x (+1)))
08. photon:
+ (+(1))(-1)^3
} AND/OR
{
05. charm quark (Mass Ratio Array: (i.) 1280 | (ii.) 272.34 | (iii.) 30.62201 | (iv.) 6.5153212):
+ (+(1))(+1)^2 x (-1)
06. strange quark (Mass Ratio Array: (i.) 96 | (ii.) 20.4 | (iii.) 2.2966508 | (iv.) 0.4886491):
- (+(1))((+1)^2 x (-1)^2
07. muon (Mass Ratio Array: (i.) 105.66 | (ii.) 22.48 | (iii.) 2.527754 | (iv.) 0.53782):
- (+(1))((-1)^3 x (+1)))
08. muon neutrino (Mass Ratio Array: (i.) 0.17 | (ii.) 0.036 | (iii.) 0.004067004 | (iv.) 0.00086532):
+ (+(1))(-1)^3
}
)
- (
{
09. mini neutrino:
+ (-(1))(+1)^3
10. mini electron:
- ((-(1))(+1)^3 x (-1)
11. lower quark:
- ((-(1))(-1)^2 x (+1)^2))
12. upper quark:
+ (-(1))(-1)^2 x (+1)
} AND/OR
{
09. tau neutrino (Mass Ratio Array: (i.) 18.2 | (ii.) 3.87 | (iii.) 0.435408 | (iv.) 0.09264):
+ (-(1))(+1)^3
10. tau (Mass Ratio Array: (i.) 1776.8 | (ii.) 378 | (iii.) 42.50727 | (iv.) 9.0441):
- ((-(1))(+1)^3 x (-1)
11. bottom quark (Mass Ratio Array: (i.) 4180 | (ii.) 889.36 | (iii.) 100 | (iv.) 21.276596):
- ((-(1))(-1)^2 x (+1)^2))
12. top quark (Mass Ratio Array: (i.) 173100 | (ii.) 36829.787 | (iii.) 4141.148333 | (iv.) 881.09539):
+ (-(1))(-1)^2 x (+1)
}
- (
{ Mini Forces (including Quantum Gravity):
13. Mini Z^0 boson:
+ (-(1))(+1)^2 x (-1)
14. Mini W^+ boson:
- (-(1))((+1)^2 x (-1)^2
15. Mini gluon:
- (-(1))((-1)^3 x (+1)))
16. Mini photon:
+ (-(1))(-1)^3))
} AND
{
13. mini charm quark:
+ (-(1))(+1)^2 x (-1)
14. mini strange quark:
- (-(1))((+1)^2 x (-1)^2
15. mini muon:
- (-(1))((-1)^3 x (+1)))
16. mini muon neutrino:
+ (-(1))(-1)^3))
}
))) x
17: (0.000 - 0.000) x (+0.0-0.0)
= nearly:
( Maybe there are 6 layers of elementary particles with spin (0.5 or 1/2), and Charge 2/3 and -1/3:
((+0.5......-(-0.5......)) + (+0.5......-(-0.5......)) + (+0.5......-(-0.5......))) x
(2,/3 / (1........x(7/7)) x 1......x(5/5) x 1_..../(3/3) / (1...... x 1_../(1/1))
- 1..../3 x (1....../(5/5) x (NEUTRAL)/5 X5) x 1_..../(3/3) / (1.....x(5/5) x (NEUTRAL) x 1_../(1/1))) x 0.00000
According to my mathematical calculations, the unstable 6th dimension caused to make 1/2 Spin, 2/3 and -1/3 Charge, 6 layers of elementary particles, Combinations of layers etc.
- W. Suresh Madusanka
-------------------------------------------
Suresh Madusanka:
There is space for 6 dimensions because of the 6 directons of the Universe. I have explained how (+1-(-1))3 dimensions combined and make 8 dimensional formations including 4 dimensional forms with 3 dimensions and 4 dimensional forms with 4 dimensions. And then a 5th dimension (+1-(-1)) from this (+0.0-0.0)3 with a strange field (0.000 - 0.000) x (+0.0-0.0) which caused to form the 6 quarks, 6 leptons, 4 forces and a strange Higgs boson of the standard model in particle physics.
(+0-0) x (+0-0) x (+0-0) x (+0-0) x (+0-0) x (+0-0) = (+1-(-1))3 x (+0.0-0.0)3
(+0.0-0.0)3 = (+(1)-(-(1))) x (0.000 - 0.000) x (+0.0-0.0)
Most Possible or Probable Outputs of (+0.000 - 0.000) x (+0.0-0.0) :
(+0.000 - 0.000) x (+0.0-0.0) = (+0.0-0.0) x (0) x (0) x (+0.0-0.0) ----(A)
(+0.000 - 0.000) x (+0.0-0.0) = (+0.000/(0) - 0.000/(0)) x (+0.0x(0)-0.0x(0)) ----(B)
From the (A):
(+0.000 - 0.000) x 1_../(1/1) = (+0.0-0.0) x (0) x (0) x 1..x(1/1) ----(P)
((+0.000 - 0.000) x 1_../(1/1))/ ((0) x 1..x(1/1)) = (+0.0-0.0) x (0) ----(C)
From the (B) and (C):
(+0.000 - 0.000) x (+0.0-0.0) = (+0.000/(0) - 0.000/(0)) x ((+0.000 - 0.000) x 1_../(1/1))/ ((0) x 1..x(1/1))
1_..../(3/3) x (+0.0-0.0) = (+0.000/(0) - 0.000/(0)) x (1....x(3/3) x 1_../(1/1))/ ((0) x 1..x(1/1)) ----(Q)
(+0.000/(0) - 0.000/(0)) = 1_..../(3/3) x 1..x(1/1) x (+0.0-0.0) x (0) / (1....x(3/3) x 1_../(1/1)) ----(D)
From the (B) and (D):
(+0.000 - 0.000) x (+0.0-0.0) = 1_..../(3/3) x 1..x(1/1) x (+0.0-0.0) x (0) / (1....x(3/3) x 1_../(1/1)) x (+0.0x(0)-0.0x(0))
(+0.000 - 0.000) x (+0.0-0.0) = (+0.00-0.00) x (+0.00-0.00) x 1_..../(3/3) x 1..x(1/1) / (1....x(3/3) x 1_../(1/1))
Using this (a+b)^2=a^2+2ab+b^2 mathematical formula to get the Most Possible or Probable outputs of this result:
(+0.00-0.00) x (+0.00-0.00) x 1_..../(3/3) x 1..x(1/1) / (1....x(3/3) x 1_../(1/1))
= (0.00^2 - (1...... x 1......) x 0.00 x 0.00 + 0.00^2) x 1_..../(3/3) x 1....x(3/3) / (1......x(5/5) x 1_../(1/1))
= (0.00000/(1......x(5/5)) - (1......) x (NEUTRAL) x 0.00000 /5 X5) + 0.00000/(1......x(5/5))) x 1_..../(3/3) x 1....x(3/3) / ((NEUTRAL) x 1_../(1/1))
= ((0.00000/(1......x(5/5)) + 0.00000/(1......x(5/5))) x 1....x(3/3) - (1......) x 0.00000 x (NEUTRAL)/5 X5 x 1....x(3/3)) x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
Starting to use the 6th dimension. But it makes many small forms of it, because it is unable to make a large main dimension.
= ((0.00000/(1......x(5/5)) + 0.00000/(1......x(5/5))) x 1....x(3/3) - (+0.5......-(-0.5......)) x 1....x(3/3) x 0.00000 x (NEUTRAL)/5 X5) x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
= (((0.00000/(1......x(5/5)) + 0.00000/(1......x(5/5))) x 1....x(3/3)) - ((+0.5......-(-0.5......)) x 1....x(3/3) x 0.00000 x (NEUTRAL)/5 X5)) x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
= (0.00000/(1........x(7/7)) x 2, x 3 /3 x (+0.5......-(-0.5......)) - (+0.5......-(-0.5......)) x 1....x(3/3) x 0.00000 x (NEUTRAL)/5 X5) x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
= (+0.5......-(-0.5......)) x (0.00000/(1........x(7/7)) x 2, x 3 /3 - 1....x(3/3) x 0.00000 x (NEUTRAL)/5 X5) x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
= (+0.5......-(-0.5......)) x (2, x 3 /3 /(1........x(7/7)) - 1....x(3/3) x (NEUTRAL)/5 X5) x 0.00000 x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
= (+0.5......-(-0.5......)) x 3 x (2,/3 / (1........x(7/7)) - 1..../3 x (NEUTRAL)/5 X5) x 0.00000 x 1_..../(3/3) / ((NEUTRAL) x 1_../(1/1))
= ((+0.5......-(-0.5......)) + (+0.5......-(-0.5......)) + (+0.5......-(-0.5......))) x (2,/3 / (1........x(7/7)) x 1......x(5/5) - 1..../3 x 1....../(5/5) x (NEUTRAL)/5 X5) x 0.00000 x 1_..../(3/3) / (1......x(5/5) x (NEUTRAL) x 1_../(1/1))
= ((+0.5......-(-0.5......)) + (+0.5......-(-0.5......)) + (+0.5......-(-0.5......))) x (2,/3 / (1........x(7/7)) x 1......x(5/5) x 1_..../(3/3) / (1...... x 1_../(1/1)) - 1..../3 x (1....../(5/5) x (NEUTRAL)/5 X5) x 1_..../(3/3) / (1.....x(5/5) x (NEUTRAL) x 1_../(1/1))) x 0.00000
So, the final output of this (+0.000 - 0.000) x (+0.0-0.0) is nearly: ((+0.5......-(-0.5......)) + (+0.5......-(-0.5......)) + (+0.5......-(-0.5......))) x (2,/3 / (1........x(7/7)) x 1......x(5/5) x 1_..../(3/3) / (1...... x 1_../(1/1)) - 1..../3 x (1....../(5/5) x (NEUTRAL)/5 X5) x 1_..../(3/3) / (1.....x(5/5) x (NEUTRAL) x 1_../(1/1))) x 0.00000
According to the Standard Model of Particle Physics,
the Spin of most elementary particles = 1/2 (or 0.5)
the Charge of some Quarks = 2/3
the Charge of other Quarks = -1/3
the Charge of electrons = -1
According to my mathematical calculations the 6th +1-1 dimension is unstable, because already there are +0.5-0.5 half dimension with larger +2/3 dimension against the -1/3 dimension, so that is why those dimensions behave like Spin and Charge of elementary particles.
I think my mathematical calculations clearly show a similarity to the elementary particles of the Standard Model in Particle Physics.
- W. Suresh Madusanka
(That was the second part of My Theory Of Everything.)
The Entanglement Of Mathematical Structures Of The Elementary Particles Theory by Suresh
Elementary Magics & Mathematical Structures Of The Entangled Dimensions (The Theory Of Everything?)
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අවසාන න්යාය - The Theory Of Everything or The Final Theory
-------------------------------------------------------------------------------------
This is about the beginning of dimensions and the universe. There are quantum superpositions according to experiments and theories of particle physics. But this is not about particle physics.!
Mathematical Science And Buddhism With Cyclic Probabilities Of The Universe
Introducing new types of fundamental forces and particles for Quantum Physics
විද්යාත්මක බෞද්ධ ඉගැන්වීම් තහවුරු කිරීම - Scientific Buddhist Teachings Verification
The Supreme Buddha Explained The Origin Of The Observable Universe
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