An Idea

[Profpat]

Hi Dipayankar;

I'm not sure if they are required or not, but I do believe they are there. The standard model has 3 quarks and 8 different gluons vibrating and moving inside the proton/neutron. Instead of 8 different gluons I have 8 different areas, which I identified as dimensions.

I also like the something from something, that string theory allows. I think it will be the basis of reconciling gravity with the electro/magnetic force.

Best to you,

Pat

[dipayankar]

Gluons I believe are gravity particles. If you replace Gluons by dimensions, how would it work?

Hi Dipayankar;

I'm not sure if they are required or not, but I do believe they are there. The standard model has 3 quarks and 8 different gluons vibrating and moving inside the proton/neutron. Instead of 8 different gluons I have 8 different areas, which I identified as dimensions.

I also like the something from something, that string theory allows. I think it will be the basis of reconciling gravity with the electro/magnetic force.

Best to you,

Pat

[Profpat]

Gluons I believe are gravity particles. If you replace Gluons by dimensions, how would it work?

Hi Dipayankar;

I think you are confusing a graviton with a gluon. The gluon is a theoritical exchange particle which binds the quarks and accounts for color force. They are also used to described the strong nuclear force. I believe the theory states they would be massless or very little mass. The quarks account for the mass of the proton.

I eliminated the need for gluons by binding the quarks directly together by superposing and interweaving them and giving them the color force directly. Also I believe the strong nuclear force is accomplished by the electro/magnetic force.




Best,

Pat

[dipayankar]

Ooops big mistake mate. Sorry. I agree with you here..

Hi Dipayankar;

I think you are confusing a graviton with a gluon. The gluon is a theoritical exchange particle which binds the quarks and accounts for color force. They are also used to described the strong nuclear force. I believe the theory states they would be massless or very little mass. The quarks account for the mass of the proton.

I eliminated the need for gluons by binding the quarks directly together by superposing and interweaving them and giving them the color force directly. Also I believe the strong nuclear force is accomplished by the electro/magnetic force.




Best,

Pat

[Profpat]

Ooops big mistake mate. Sorry. I agree with you here..

Completely understandable Dipayankar. With photons, protons, neutrons, electrons, leptons, bosons, gluons, gravitons, on and on, it's easy at times to get confused. I thought I would post the 1st part of my Idea here. My Idea can be reviewed at post # 40.


Best to you my friend,

Pat

[Profpat]

I thought I would post a diagram of a spherical octahedron here. One of Platos basic shapes and how the mathematical octants would look like in a spherical shape. This is the shape I propose how the neutron would look like with all 8 dimensions enclosed.



Best to all,

Pat

[Profpat]

My diagram of the octants with all the dimensions identified.




Best,

Pat

[dipayankar]

Hi Prof.. Just for my knowledge, has gluon been discovered or is it still a theoritical particle?

Completely understandable Dipayankar. With photons, protons, neutrons, electrons, leptons, bosons, gluons, gravitons, on and on, it's easy at times to get confused. I thought I would post the 1st part of my Idea here. My Idea can be reviewed at post # 40.


Best to you my friend,

Pat

[Profpat]

Hi Prof.. Just for my knowledge, has gluon been discovered or is it still a theoritical particle?

Hi Dipayankar;

According to MSN ENCARTA it is a theoretical particle that has never been observed in detectors.

gluon
- theoretical elementary particle: a theoretical elementary particle without mass, thought to be involved in binding the subatomic particles quarks together


Best,

Pat

[dipayankar]

Hi Prof... really awaiting what the CERN throws at us..

Hi Dipayankar;

According to MSN ENCARTA it is a theoretical particle that has never been observed in detectors.

gluon
- theoretical elementary particle: a theoretical elementary particle without mass, thought to be involved in binding the subatomic particles quarks together


Best,

Pat