[pranab]

Geonium is a man made atom, created at lequid helium temperature in ultrahigh vaccum for an individual electron in magnatic and electric trapping feilds. For this atom the electron gyromagnatic ratio g=2000 000 000110(60) has been measured im microwave spectroscopy experiments after substraction of quantum electrodynamics shifts. The g-g Dirac=11x10*-11 excess over the value g Dirac=2 for the theoretical Dirac point electron suggest for the electron of nature a corrosponding excess radius Re-RDirac ovar the Dirac Radius R dirac=0 and spatial Structure. This is well Known Ok. A near Dirac particles an electron radius Re~=
10*-20 centemeter had been extraplotted. In the Big Bang Cosmology, a close to zero or zero mass particle and antiparticle is higly required as per Fremi Yang model, which indicate nothing state (zero mass) that resulted a spontanoius quantum jump in QED and actually initiated the Big Bang. and the particle antiparticle were in Spin[ Dirac point particles]. So far we Know Quark - antiquark particles as most elementary particles. Some are of view as Nutrinos particles. Quarks has at finest level has colour as energy. In 1974 Abdul Salam- A Ex Student from Calcutta university, Citizen of Pakistan by Birth, Nobel Lauratee in Physics & also others pictured the electron and found a particle on the level of quark as composed of three subquarks each 10*10 times havier than electron in Gev as the proton is composed of three spin 1/2 particles.
Is it possible to have a sub sub quarks or Sub2 quarks particles all tightly bound in the nucleon?- This particles must be the Sub X qurks, smaller & smaller, less & less imperfect near Dirac particles held together by new stronger & stronger froces and with ever increasing mass in Gev- Probably in the bigining moment (zero time) of our universe the Big Bang in one spontanious quantum jump in an individual Ba+ ion, in which metastable state decayed in to finally nucleon- anti nucleon pair. Fremi Yang idea still demands zero total relativistic energy or mass of bound pair
{ Some part taken from The Science journal}
References for further study may be considered
1) R.S Van Dyck. Jr, P Ekstrom; H. Dehmelt - Nature 262;776;1976
2) R. S. Van Dyck. Jr; P Schwinberg. H.Dhemelt - in new frontiers in High energy PHysics USA PP159-181;1978
3)Physics Rev. D34:722;1986
4)H. Dehmelt The Science 539-545;1990
5)L. Lyons Prog. Particle. Nucl. Physics 10;227;1983
6)S.J. Brodsy & S.D Drell- Physics Rev D22 2236;1980
7) w. Nagourney, J. Sanderberg; H. Dehmelt - Physics Rev. Lett 56;2797;1986
8) A. velkin Physics Rev D30; 509; 1984
Professor Dr Pranab Kr Bhattacharya
Mr. Rupak Bhattacharya
Mr. Ritwik Bhattacharya
Mrs. Dahlia Mukherjee
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