* Bauddha Tharka *~ Buddhism is the greatest religion in this world and in the universe. It explains about endless existence of living beings.. Researching on memories of some children who remember previous life, about Hypnosis, Near-Death Experiences, Ghosts, Meditation and Buddhist Abhdhamma teachings help us to prove Rebirth. - 500 Enlightened (Arhat) Sri Lankan Buddhist Monks protected Buddha Dhamma by writing the words of the Great Teachings in the Pali language around 100 BCE. ~ බෞද්ධ තර්ක
Buddhism helps us to experience the reality, without beliefs.
Buddhism helps us to experience the reality, without beliefs.
Bro I suggest you the waharaka thero (Waharata TV on youtube ) to follow, I think you will be like.
Thidaswin Athsara:
What is a "Suddhastaka" https://www.youtube.com/watch?v=Y90ToGy1DVQ
Suresh Madusanka:
Thank you for sharing the link of that video. I didn't know about Suddhastaka, because I was not a Buddhist, but few months ago heard about it from a video which was uploaded to Tissa Jananayake Youtube channel, and then I made this video: (My Special Theory About The Birth Of Atoms - Suddhatthaka - The Theory Of Everything) https://www.youtube.com/watch?v=Ss62UnIHyY8
Distance of Directions in beginning of the Universe: (+0-0)6
=
i: (+1-(-1))3
ii: (+0.0-0.0)3
= ( This should be the Pure Eight (Pali: Suddhātthaka) in Buddhism: Solid, Liquid, Heat, Gas, Character (Pali: Gati) Of Solid, Liquid, Heat, Gas)
A: + (+1)3
B: - ((+1)3 x (-1)
C: - ((-1)2 x (+1)2))
D: + (-1)2 x (+1)
- (
E: + (+1)2 x (-1)
F: - ((+1)2 x (-1)2
G: - ((-1)3 x (+1)))
H: + (-1)3)
)) x
ii: (+0.0-0.0)3
= ( This should be the 12 elementary particles (of matter) and 4 basic forces in Standard Model (in particle physics). 12 Elementary particles: (6 quarks:) up, charm, top, Down, Strange, Bottom and (3 electrons:) electron, muon, tau and (three neutrinos:) e, muon, tau. And 4 basic forces: the gravitational force, the electromagnetic force, the weak nuclear force, and the strong nuclear force.
01: + (+(1))(+1)3
02: - ((+(1))(+1)3 x (-1)
03: - ((+(1))(-1)2 x (+1)2))
04: + (+(1))(-1)2 x (+1)
- (
05: + (+(1))(+1)2 x (-1)
06: - (+(1))((+1)2 x (-1)2
07: - (+(1))((-1)3 x (+1)))
08: + (+(1))(-1)3
)
- (
09: + (-(1))(+1)3
10: - ((-(1))(+1)3 x (-1)
11: - ((-(1))(-1)2 x (+1)2))
12: + (-(1))(-1)2 x (+1)
- (
13: + (-(1))(+1)2 x (-1)
14: - (-(1))((+1)2 x (-1)2
15: - (-(1))((-1)3 x (+1)))
16: + (-(1))(-1)3))
))) x
This should be the Higgs boson in Standard Model (in particle physics):
17: (0.000 - 0.000) x (+0.0-0.0)
- W. Suresh Madusanka
If someone can understand it, then I can explain more about it.!
He is Mi and I am Yu:
I guess the next big breakthrough in physics may come from a bright mind with radical new ideas.
So, good on you for trying, I applaude you.
Suresh Madusanka:
@He is Mi and I am Yu, I was completing few more steps of it from yesterday (1st Oct) morning to until now (2Am) to send it to here (Comment section at YouTube the Video: Einstein’s unfinished dream – Public lecture by Dr. Don Lincoln):
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 in 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_.. = (+0.0-0.0) x (0) x (0) x 1..x(1/1) ----(P)
((+0.000 - 0.000) x 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_..)/ ((0) x 1..x(1/1))
1_.... x (+0.0-0.0) = (+0.000/(0) - 0.000/(0)) x (1....x(3/3) x 1_..)/ ((0) x 1..x(1/1)) ----(Q)
1_.... x 1..x(1/1) x (+0.0-0.0) x (0) / (1....x(3/3) x 1_..) = (+0.000/(0) - 0.000/(0)) ----(D)
From the (B) and (D):
(+0.000 - 0.000) x (+0.0-0.0) = (+0.0x(0)-0.0x(0)) x 1_.... x 1..x(1/1) x (+0.0-0.0) x (0) / (1....x(3/3) x 1_..)
(+0.000 - 0.000) x (+0.0-0.0) = (+0.00-0.00) x (+0.00-0.00) x 1_.... x 1..x(1/1) / (1....x(3/3) x 1_..)
Using this (a+b)2=a2+2ab+b2 Mathematical formula to get the Most Possible or Probable Outputs of this result:
(+0.00-0.00) x (+0.00-0.00) x 1_.... x 1..x(1/1) / (1....x(3/3) x 1_..)
= (0.00^2 - (1...... x 1......) x 0.00 x 0.00 + 0.00^2) x 1_.... x 1....x(3/3) / (1......x(5/5) x 1_..)
= (0.00000 - (1......) x 0.00000 /(5/5) + 0.00000) x 1_.... x 1....x(3/3) / 1_..
= ((0.00000 + 0.00000) x 1....x(3/3) - (1......) x 0.00000 /(5/5) x 1....x(3/3)) x 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 + 0.00000) x 1....x(3/3) - (+0.5......-(-0.5......)) x 1....x(3/3) x 0.00000 /(5/5)) x 1_.... / 1_..
= (((1 x 0.00000 + 1 x 0.00000) x 1....x(3/3)) - ((+0.5......-(-0.5......)) x 1....x(3/3) x 0.00000 /(5/5))) x 1_.... / 1_..
= (0.00000 x 2...., x (+0.5......-(-0.5......))x(3/3) - (+0.5......-(-0.5......)) x 1....x(3/3) x 0.00000 /(5/5)) x 1_.... / 1_..
= (+0.5......-(-0.5......)) x (0.00000 x 2...., x(3/3) - 1....x(3/3) x 0.00000 /(5/5)) x 1_.... / 1_..
= (+0.5......-(-0.5......)) x (2...., x(3/3) - 1....x(3/3) /(5/5)) x 0.00000 x 1_.... / 1_..
= (+0.5......-(-0.5......)) x 3 x (2....,/3 - 1..../3 /(5/5)) x 0.00000 x 1_.... / 1_..
= (+1.5......-(-1.5......)) x (2....,/3 - 1..../3 /(5/5)) x 0.00000 x 1_.... / 1_..
= (+0.5......-(-0.5......) +1.......-(-1.......)) x (2....,/3 - 1..../3 /(5/5)) x 0.00000 x 1_.... / 1_..
So, the final output of this (+0.000 - 0.000) x (+0.0-0.0) is nearly: (+0.5-(-0.5) +1-(-1)) x (2/3 - 1/3 /(5/5)) x 0.00000 x 1_.... / 1_..
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 +1 dimension is unstable because there is already a larger +2/3 dimension against the -1/3 dimension, so that can be the reason to disappear the charge in neutrinos.
I think my mathematical calculations clearly show a similarity to the elementary particles in the Standard Model in Particle Physics.
- W. Suresh Madusanka
(This is my second part of The Theory Of Everything.)
I like to share something important to explain about the possibility to the existence of the Ghosts scientifically. Quantum Physics will prove a lot of things. Mainly only the Down Quarks and Up Quarks make atoms. There are 4 more Quarks which decay into Down Quark and Up Quark in normal conditions. So the high energies inside earth can make two more types of atoms to make hell worlds and hell beings. According to Buddhism there are mainly two groups of hells called Hot hells and Cold hells too. I think definitely there is a very deep level of quantum physics for Ghosts, Gods, Brahma beings etc. According to Quantum Physics our Atoms have two main elementary particles called Up Quark and Down Quark. I think the Mass is a main thing which separate the worlds of living beings. The Mass of a Down Quark: 4.7+0.5; −0.3 MeV/c^2 (The bare mass of the down quark is not well determined, but probably lies between 4.5 and 5.3 MeV/c^2 or Lattice QCD value : 4.79±0.16 MeV/c^2. It Decays into: Stable or Up quark + Electron + Electron antineutrino.). If the standard Down Quark is just a combination of smaller down quarks, and if there is a Down Quark with a Mass around 0.467 MeV/c^2 (Around 10 times smaller than the standard Down Quark (4.7/10)), and if there is a Down Quark with a Mass around 0.093463 MeV/c^2 (Around 50 times smaller than the standard Down Quark (4.7/50)), then maybe those smaller Quarks can make a new type of Atoms which don't require to interact with our Atoms and our elementary particles, and then it can be very difficult for us to discover those smaller Quarks and other smaller elementary particles. The 27km long LHC could discover the 4.7 MeV/c^2 particle, and maybe a 100km long LHC can discover precisely a 0.467 MeV/c^2 particle, and maybe a 500km long LHC can discover a 0.093463 MeV/c^2 particle.
My Mathematical Calculation Of The Prediction:
The Standard Mass of a Down Quark: 4.7 MeV/C^2
The Standard Mass of a Strange Quark: 96 MeV/C^2
The Standard Mass of a Bottom Quark: 4180 MeV/C^2
The mathematical beauty in the elementary particles in the standard model of particle physics:
4180 MeV/C^2 / 96 MeV/C^2 = 43.54166666666667 or around 40
96 MeV/C^2 / 4.7 MeV/C^2 = 20.42553191489362 or around 20
Prediction 1:
4.7 MeV/C^2 / A small Down Quark = around 10
A small Down Quark = 4.7 MeV/C^2 / 10
A small Down Quark = 0.47 MeV/C^2
Prediction 2:
(4.7 MeV/C^2 / 10) / A smaller Down Quark = around 5
There are mathematical structures and mathematical ratios between elementary particles:
Finding a mathematical beauty between the elementary particles in the standard model of particle physics:
The Mass of a Up Quark = 2.2 MeV/c^2
The Mass of a Charm Quark = 1280 MeV/c^2
The Mass of a Top Quark = 173100 MeV/c^2
The Mass of a Electron = 0.511 MeV/c^2
The Mass of a Muon = 105.66 MeV/c^2
The Mass of a Tau = 1776.8 MeV/c^2
2.2 / 0.511 = 4.305283757338552 ---- (A)
1280 / 105.66 = 12.11432897974636 ---- (B)
173100 / 1776.8 = 97.42233228275552 ---- (C)
From (B) and (C);
97.42233228275552 / 12.11432897974636 = 8.041909085153082 or around 8 ---- (D)
Bottom Quark 4180 MeV/C^2
/ Strange Quark 96 MeV/C^2
= 43.5 or around 40 ---- (E)
Strange Quark 96 MeV/C^2
/ Down Quark 4.7 MeV/C^2
= 20.4 or around 20 ---- (F)
From (E) and (F);
Main Pattern Factor = 40/20 = 2 ---- (G)
From (D) and (G);
8/2 = 4 ---- (H)
From (B) and (H);
12.11432897974636 / 4 = 3.02858224493659 (But (A) = 4.305283757338552)
Finding a mathematical beauty:
173100 / 4180 = 41.41148325358852
1280 / 96 = 13.33333333333333
2.2 / 4.7 = 0.4680851063829787
41.41148325358852 / 13.33333333333333 = 3.105861244019139
-------------------------------------------------------
Finding a mathematical beauty:
173100 / 1280 = 135.234375
Pattern Factor = 2
135.234375 / 2 = 67.6171875
1280 / 67.6171875 = 18.93009820912767
18.93009820912767 / 4.7 = 4.027680470027164
1280 / 105.66 = 12.11432897974636
173100 / 1776.8 = 97.42233228275552
97.42233228275552 / 41.41148325358852 = 2.352543899144529 or around 2.35 or 4.7/2
A mathematical beauty:
2.352543899144529 x 2 = 4.705087798289058 (around the mass of a down quark)
According to the Pattern of the Down, Strange and Bottom Quarks:
4.7/10 = 0.47 OR around 0.467 MeV/c^2
0.47/5 = 0.094 OR around 0.093463217 MeV/c^2
If the Down Quark is at the center;
The Mass of a quark in the smaller 3rd quarks group = 4.7 / 50 = 0.094
4.705087798289058 / 50 = 0.0941017559657812 or around 0.093463217 MeV/c^2
The number of standard elementary particles groups (columns) = 3
The most obvious impact between the last particles group with the first particles group of the standard model:
The impact = (The Up quark position / 8) for (The Tau position / 2)
OR
The impact = (The Tau position / 2) for (The Up quark position / 8)
Start of the Pattern Factor = 2
Growth of the Pattern Factor = 2 x 2 x 2 = 8
18.93009820912767 / 8 = 2.366262276140959
(2 + 2.366262276140959)/2 = 2.18313113807048 (around the mass of a up quark)
My calculations show a mathematical beauty between some elementary particles in the Standard Model which can help to find the missing links of the other particles.
- W. Suresh Madusanka
-------------------------------------------------------
Finding a mathematical beauty between the elementary particles in the standard model of particle physics (Part 1): https://www.facebook.com/ranrahas/posts/3666093540078024
(Part 2):
Finding a mathematical beauty to calculate the Masses of nearest main small elementary particles:
According to the ratios of the Masses there are many Pattern Factors. Eg: The Pattern Factors of Electron, Muon and Tau should be equal to 3. And there are Pattern Factors for Up, Charm and Top quarks around 4 : 8 or 2 : 4 : 8, and it shows an impact to the Electron too.
If we remove the impact to the Tau then the virtual mass of the Tau = 1776.8 x 2 = 3553.6 MeV/c^2
The virtual mass of the Tau 3553.6 MeV/c^2 / The mass of the Muon 105.66 MeV/c^2 = 33.63240583002082
The Pattern Factor of Leptons = 3
The mass of the Muon 105.66 MeV/c^2 / The virtual mass of the Electron = 33.63240583002082 x 3
The virtual mass of the Electron = 105.66 / 100.8972174900625 = 1.047204299864926 MeV/c^2
The virtual mass of the Electron 1.047204299864926 MeV/c^2 / 2 = 0.5236021499324629is or around the standard mass of the Electron = 0.511 MeV/c^2
So the most possible impacts (ratio);
(The Up quark position / 8) : (The Electron position / 2) : (The Tau position / 2)
Prediction 1:
The virtual mass of the Electron 1.047204299864926 MeV/c^2 / A small Electron = 100.8972174900625 x 3
A small Electron = 1.047204299864926 / 302.6916524701875 = 0.0034596404998914 MeV/c^2
OR A small Electron = 0.511 x 2 / 302.6916524701875 = 0.0033763732552904 MeV/c^2
The most possible Mass of a small Electron = 0.0034 MeV/c^2
Prediction 2:
--------------------
The 1st possibility:
Main Pattern Factor = 2
135.234375 / 2 = 67.6171875
67.6171875 / 2 = 33.80859375
A small Up Quark = 2.2 / 33.80859375 = 0.0650722125938764 MeV/c^2
But,
A small Up Quark / A small Electron = 0.0650722125938764 / 0.0034 = 19.13888605702246
And,
A small Up Quark / A small Electron should be equal to around 3.02858224493659 / 4 = 0.7571455612341475
--------------------
The 2nd possibility:
2.2 / 135.234375 = 0.0162680531484691 MeV/c^2
But,
A small Up Quark / A small Electron = 0.0162680531484691 / 0.0034 = 4.784721514255616
And,
A small Up Quark / A small Electron should be equal to around 0.7571455612341475
--------------------
The 3rd possibility:
1280 / 2.2 = 581.8181818181818
581.8181818181818 / 135.234375 = 4.302295047529016 or around 4
A possible Pattern Factor = 4
A possible Pattern = 4 x 135.234375 x 4 (OR 581.8181818181818 x 4)
The virtual mass of the Up Quark = 18.93009820912767 MeV/c^2
A small Up Quark = 18.93009820912767 / (4 x 135.234375 x 4) = 0.0087487455616997 MeV/c^2
OR A small Up Quark = 2.2 x 8 / 2163.75 = 0.0081340265742345 MeV/c^2
(0.0087487455616997 + 0.0081340265742345) / 2 = 0.0084413860679671
A possible mass of a small Up Quark = 0.008441 MeV/c^2 (OR 0.00874 OR 0.00813 MeV/c^2)
But,
A small Up Quark / A small Electron = 0.00844 / 0.0034 = 2.482352941176471
And,
A small Up Quark / A small Electron should be equal to around 0.7571455612341475
--------------------
The 4th possibility:
2.2 / 581.8181818181818 = 0.00378125 MeV/c^2
But,
A small Up Quark / A small Electron = 0.00378125 / 0.0034 = 1.112132352941177
And,
A small Up Quark / A small Electron should be equal to around 0.7571455612341475
--------------------
The 5th possibility:
2.2 / ((135.234375 x 4) x 3 / 2) = 2.2 / 811.40625 = 0.0027113421914115 MeV/c^2
But,
A small Up Quark / A small Electron = 0.0027113421914115 / 0.0034 = 0.7974535857092647
And,
A small Up Quark / A small Electron should be equal to around 0.7571455612341475
--------------------
The 6th possibility:
A small Up Quark / A small Electron should be equal to around 0.7571455612341475
So the required mass of a small Up Quark = 0.00844 x (0.7571455612341475 / 2.482352941176471) = 0.00844 x 0.3050112450469314 MeV/c^2
So the most possible Mass of a small Up Quark = 0.0025742949081961 MeV/c^2 OR around 0.00257 MeV/c^2
A small Up Quark / A small Electron = 0.0025742949081961 / 0.0034 = 0.7571455612341471
--------------------
Conclusion:
It seems that there are many types of small Up Quarks (Upper Quarks).
The most possible main Mass of a small Up Quark should be around 0.00257 MeV/c^2 OR 0.00271 MeV/c^2 OR 0.00844 MeV/c^2
---------------------------------------------------------
Finding a mathematical beauty:
41.41148325358852 / 13.33333333333333 = 3.105861244019139 (The Pattern Factor = around 3)
13.33333333333333 / 3 = 4.444444444444443 (But; Up Quark 2.2 / Down Quark 4.7 = 0.4680851063829787)
--------------------------------------
If a small Up Quark = 0.00257 MeV/c^2;
A small Up Quark 0.00257 MeV/c^2 / A small Down Quark 0.467 MeV/c^2 = 0.0055032119914347
-------------------
The 1st Possibility:
0.4680851063829787 / 3 = 0.1560283687943262
0.1560283687943262 / 0.0055032119914347 = 28.35223666418296
A possible mass of a small Down Quark = 0.467 MeV/c^2 / 28.35223666418296 = 0.01647 MeV/c^2
-------------------
The 2nd Possibility:
4.444444444444443 / 3 = 1.481481481481481
1.481481481481481 / 0.0055032119914347 = 269.2030551952725
A possible mass of a small Down Quark = 0.467 MeV/c^2 / 269.2030551952725 = 0.00173 MeV/c^2
-------------------
The 3rd Possibility:
The virtual Up Quark 18.93009820912767 / Down Quark 4.7 = 4.027680470027164
4.027680470027164 / 3 = 1.342560156675721
1.342560156675721 / 0.0055032119914347 = 243.9593747733699
A possible mass of a small Down Quark = 0.467 MeV/c^2 / 243.9593747733699 = 0.00191 MeV/c^2
--------------------------------------
If a small Up Quark = 0.00844 MeV/c^2;
A small Up Quark 0.00844 MeV/c^2 / A small Down Quark 0.467 MeV/c^2 = 0.0180728051391863
-------------------
The 1st Possibility:
0.4680851063829787 / 3 = 0.1560283687943262
0.1560283687943262 / 0.0180728051391863 = 8.633323249638665
A possible mass of a small Down Quark = 0.467 MeV/c^2 / 8.633323249638665 = 0.05409 MeV/c^2
-------------------
The 2nd Possibility:
4.444444444444443 / 3 = 1.481481481481481
1.481481481481481 / 0.0180728051391863 = 81.97296822889235
A possible mass of a small Down Quark = 0.467 MeV/c^2 / 81.97296822889235 = 0.005697 MeV/c^2
-------------------
The 3rd Possibility:
The virtual Up Quark 18.93009820912767 / Down Quark 4.7 = 4.027680470027164
4.027680470027164 / 3 = 1.342560156675721
1.342560156675721 / 0.0180728051391863 = 74.28620772127507
A possible mass of a small Down Quark = 0.467 MeV/c^2 / 74.28620772127507 = 0.006286 MeV/c^2
-----------------------------------------------------------
Finding a mathematical beauty:
Down Quark 4.7 / The virtual mass of the Electron 1.047204299864926 = 4.488140471354282 or around 4
Strange Quark 96 / Muon 105.66 = 0.9085746734809767 or around 1
Bottom Quark 4180 / Muon 1776.8 = 2.352543899144529 or around 2
The above Pattern Factors ratio = 4 : 1 : 2
The most possible Pattern Factors = 0.5 : 4 : 1 : 2 OR 2 : 4 : 1 : 2 OR 3 : 4 : 1 : 2
The 1st Possibility:
A possible mass of a small Down Quark 0.00173 / A small Electron 0.0034 = 0.5088235294117647 or around 0.5
The Pattern Factor of the 0.00173 small Down Quark matches the above most possible Pattern Factor 0.5 which came from this pattern factors 0.5 : 4 : 1 : 2.
The 2nd Possibility:
A possible mass of a small Down Quark 0.006286 / A small Electron 0.0034 = 1.848823529411765 or around 2
The Pattern Factor of the 0.006286 small Down Quark matches the above most possible Pattern Factor 2 which came from this pattern factors 2 : 4 : 1 : 2.
Final Prediction:
According to the impacts of the most Pattern Factors the most possible previous layer of the Up Quark, Down Quark and Electron:
The most possible Mass of a nearest main small Up Quark (Upper Quark) = 0.00257 MeV/c^2 (OR maximum around 0.008441 MeV/c^2)
The most possible Mass of a nearest main small Down Quark (Lower Quark) = 0.00173 MeV/c^2 (OR maximum around 0.006286 MeV/c^2)
The most possible Mass of a nearest main small Electron (Mini Electron) = 0.0034 MeV/c^2
The 27km long LHC could discover the 4.7 MeV/c^2 particle, and maybe a 100km long LHC or a maximum a 500km long LHC can discover can discover a 0.00257 MeV/c^2 Upper Quark, 0.00173 MeV/c^2 Lower Quark and a 0.0034 MeV/c^2 Mini Electron particles etc.
- W. 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
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