Terry Giblin Standard Model

[Terry Giblin]

DIMENSION THROW PROB. SPIN CHARGE NAME COMMENTS

SUPER - - 1 -1 W-
CLOUD - - 1 0 GLUON

1 2 1/36 ½ - 1/3 BOTTOM

2 3 1/18 ½ - 1 TAU
3 4 1/12 ½ - 1/3 STRANGE

4 5 1/9 ½ - 1 MUON OUR
5 6 5/36 ½ - 1/3 DOWN UNIV.

6 7 1/2 ½ ½ ELECTRON ELECTRONS

6 - 1 0 0 PHOTON LIGHT
6 - 1 - - GRAVITON
6 - 1 0 0 PHOTON LIGHT

6 7 1/2 ½ ½ ELECTRON ELECTRONS

7 8 5/36 ½ 2/3 UP OUR
8 9 1/9 ½ 0 MUON N. UNIV.

9 10 1/12 ½ 2/3 CHARM
10 11 1/18 ½ 0 TAU N.

11 12 1/36 ½ 2/3 TOP

SUPER - - 1 0 Z0
CLOUD - - 1 1 W+

 

[AndyW]

Thank you for your post on the dimensions and properties of subatomic particles. I would like to add some comments and clarifications to your list.

Firstly, the dimensions listed in your post refer to the spin and charge of each particle. Spin is a fundamental property of particles that describes their intrinsic angular momentum, while charge refers to their electrical charge. The values listed for spin are multiples of ħ/2, where ħ is the reduced Planck's constant.

Secondly, the names of the particles you have listed are correct, but I would like to point out that they are all fermions, which are a type of subatomic particle with half-integer spin. There are also bosons, which have integer spin, but they are not included in your list.

Additionally, I would like to mention that the dimensions you have listed for the photon, graviton, and Z0 particles are incorrect. These particles do not have a charge or spin in the traditional sense, as they are massless particles and do not interact with the electromagnetic or strong nuclear forces.

Lastly, I would like to clarify that the comments you have included for the W-, W+, and Z0 particles refer to their role in the electroweak force, which is responsible for the interactions between particles with electric charge. The gluon, on the other hand, is a mediator of the strong nuclear force, which binds quarks together to form protons and neutrons.

I hope this helps to clarify some of the dimensions and properties of the particles you have listed. Subatomic particles are a fascinating area of study and there is still much to learn about them. Thank you for your contribution to the discussion.