Astroparticle Physics Forum COSMOVIA

Зеркальный мир в отсутствии слабого взаимодействия.

Евгений,
вам хорошо бы довести вами начатые оценки до числа (сколько пионов, мюонов, гелия). В вашем случае могут быть стабильными кварки и лептоны всех поколений, чьи количества можно также оценить.
КБ

Консультация по реферату Е.Шульги

Новая редакция.

Dear Evgeniy,
Thank you for draft.
1. Formulation of problem - you have both our world with known particle content (3 families of quarks and leptons), based on the standard model SU(3)xSU(2)xU(1) and in addition mirror world with SU(3)xU(1). I think you can take for simplicity one family of mirror quarks and leptons. Then you don't have mirror muons.
2. Group SU(3)xU(1) does not mean that you don't have weak interaction: you don't have SU(2) and it gauge bosons (charged W and W_3). It does not mean that you don't have Z: gauge boson of your U(1) is superposition of photon and Z. Therefore neutrinos will be in equilibrium until Z-boson mediated interaction decouples.
3. Your mirror nucleons and stable pions are the form of dark matter. So you should study first cosmological evolution of your mirror particles (under the assumption of normal content of ordinary particles and taking into account their effect on this evolution) and then effect of your mirror particles on ordinary particles.
There is a good question about mirror baryon asymmetry.
Please consider 2 cases:
a. There is the same asymmetry in mirror quarks as for ordinary quarks
b. There is equal amount of mirror quarks and antiquarks

Please correct your text taking into account the above comments.
Good luck
M.Yu.Khlopov

Максим Юрьевич, дело в том что тема моего реферата как раз :
Mirror world without weak interaction: SU(3)*U(1)
По этой причине я и исключил нейтрино и W,Z ,бозоны

Dear Evgeniy,
Well, you can consider U(1) as the group of pure mirror electromagnetism (without admixture of Z-interaction).
Then you have strong suppression of mirror neutrinos.
Please, take into account all the other comments.
Regards
M.Yu.Khlopov

Консультация по реферату Е.Шульги