Реферат Астолоповой Евгении
Posted: Wed 5 May 2010 01:19Mirror world with G’F=2*GF, accessible GF from BBN in our world
My comments are in the attached file.
Regards
M.Yu.Khlopov
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Реферат Астолоповой Евгении
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Posted: Wed 5 May 2010 01:19Re: Реферат Астолоповой Евгении
Posted: Wed 5 May 2010 11:03Re: Реферат Астолоповой Евгении
Posted: Wed 23 Jun 2010 14:07Дополненная версия реферата.
Re: Реферат Астолоповой Евгении
Posted: Fri 25 Jun 2010 18:33Dear Evgenia,
Thank you for revised version.
You can be close to the end, if you organize your text in a proper form:
there should be Introduction, Chapters and Conclusion.
In Introduction you can say that in our world GF is known, but there is a possibility of its change in time, while in mirror world its modern value may be 2GF. Then you can have two chapters: 1) 2GF in our world in the period of nucleosynthesis and 2) 2GF in the mirror world.
You have made a correct remark that GF corresponds to VEV and to masses of particles. Therefore if our GF was in the period of nucleosynthesis twice as large as its modern value, the mass of electron was sqrt(2) smaller. Please analyze this case for ordinary particles and the same for the modern mirror world with 2GF.
The crucial point is that VEV can hardly influence mass of nucleons (which is determined by the QCD confinement scale), but it changes as square root of VEV the mass of electron.
Regards
M.Yu.Khlopov
Thank you for revised version.
You can be close to the end, if you organize your text in a proper form:
there should be Introduction, Chapters and Conclusion.
In Introduction you can say that in our world GF is known, but there is a possibility of its change in time, while in mirror world its modern value may be 2GF. Then you can have two chapters: 1) 2GF in our world in the period of nucleosynthesis and 2) 2GF in the mirror world.
You have made a correct remark that GF corresponds to VEV and to masses of particles. Therefore if our GF was in the period of nucleosynthesis twice as large as its modern value, the mass of electron was sqrt(2) smaller. Please analyze this case for ordinary particles and the same for the modern mirror world with 2GF.
The crucial point is that VEV can hardly influence mass of nucleons (which is determined by the QCD confinement scale), but it changes as square root of VEV the mass of electron.
Regards
M.Yu.Khlopov