## Saturday, May 02, 2009

### The Hypergeometrical Y(4140) and Particle J

The Hypergeometrical Y(4140) and Particle J

### A notable exception is particle J. In my teenage years I came across it when its discovery by Dr. Ting was announced. At that time, I thought that that particle would convey the force that limited the speed of bodies to the speed of light. Of course, I was wrong. It is now a pleasure to describe it in this blog.

 Particle Symbol Rest Mass(Mev/c2) DecayReaction Spin CoherenceLifetime NeutrinoElectron e 0.0000022 1/2 NeutrinoMuon  0.17 1/2 NeutrinoTau  15.5  1/2 KaonMinus  493.7  1/2 KaonPlus  493.7 + +  1/2 KaonPlus  493.7 π+ + π0 1/2 KaonZeroShort K0S 497.7 π0+ π0 1/2 KaonZeroLong K0L 497.7 π+ + e- +e 1/2 MuonMinus  105.7 e- - e +  1/2 MuonPlus  105.7 e+ + e -  1/2 Electron e- 0.510998918 e- 1/2 Stable PionMinus π- 139.57018 e- + e 1/2 PionPlus π+ 139.57018 e+ -e 1/2 PionZero πo 134.9766 e++ e- + hw 1/2 Proton P 938.3 Unobserved 1/2 Stable[1] Neutron N 939.6 p + e- - νe 1/2 885.7±0.8[2] DeltaPlusPlus Δ++ 1232 π+ + p 3/2 6×10-24 DeltaPlus Δ+ 1232 π+ + n 3/2 6×10-24 DeltaPlus Δ+ 1232 π0 + p 3/2 6×10-24 DeltaZero Δ0 1232 π0 + n 3/2 6×10-24 DeltaZero Δ0 1232 π- + p 3/2 6×10-24 DeltaMinus Δ- 1232 π- + n 3/2 6×10-24 LambdaZero Λ0 1115.7 π- + p 1/2 2.60×10-10 LambdaZero Λ0 1115.7 πo + n 1/2 2.60×10-10 SigmaPlus Σ+ 1189.4 π0 + p 1/2 0.8×10-10 SigmaPlus Σ+ 1189.4 π+ + n 1/2 0.8×10-10 SigmaZero Σ0 1192.5 Λ0 + γ 1/2 6×10-20 SigmaMinus Σ- 1197.4 π- + n 1/2 1.5×10-10 Xi Zero Ξ0 1315 Λ0 + π0 1/2 2.9×10-10 Xi Minus Ξ- 1321 Λ0 + π- 1/2 1.6×10-10 OmegaMinus Ω- 1672 Λ0 + K- 3/2 0.82×10-10 OmegaMinus Ω- 1672 Ξ0 + π- 3/2 0.82×10-10

### The secondary decay channels are:

KaonPlus -> MuonPlus + MuonNeutrino

and

KaonMinus -> MuonMinus +MuonAntiNeutrino

Below we have an irreducible representation of Kaon Minus and Plus. Notice that the number of transmutation lines is kept as well as their respective charges.

Each horizontally written Ball can represent a four note dimensional chord or a single state in the state representation of the particle in the short-hand notation.

The difference between both states is just the length of the coherence, not the particle observable characteristics (charge or mass).

The KaonMinus -> MuonMinus +MuonAntiNeutrino decay is shown below:

A secondary undistinguishable channel is shown below:

The KaonPlus -> MuonPlus + MuonNeutrino decay is just changing red by green and electron by positron, and antiProton by Proton etc.

The Neutrino Tau is the last Neutrino to be considered and it is basically the same thing as the irreducible representation of the Kaon. Neutrino Tau also decays into a MuonPlus plus a MuonNeutrino...

Now we are ready to express Particle J within the Hypergeometrical Standard Model. Particle J is formed of Muon Plus and Muon Minus, thus its Balls Diagrams looks like this:

Any Illuminati will readily realize that Particle J is the Illuminati Diamond..:)

Now that we know how to represent the Particle J one is left with the simple problem of creating the Particle f out of two Kaons (Plus + Minus).

This is a simple problem.

Below is the Particle f components:

Resulting in :

Now we are ready to finalize Particle Y(4140):

Where the blue and red lines are the transmutation dimensional chords mentioned in the beginning of the Hypergeometrical Standard Model.

Cheers,

MP

PS- By the way, the Science is easy. Difficult is to publish it at Blogger..:)

For better pictures, visit my other blog

http://www.hypergeometricaluniverse.com

or the PDF Y4140

The Meson B can be easily recovered with the information I provided in this blog.  If nobody can do it within a week I will do it next weekend..>:)