Nanda Ballabh Pant(BAIJNATH, India):
According to McMahon Field theory dark matter and dark energy are Fleiners. Further in the line of reasoning of your theory may I suggest that how quarks can be included to dark matter and gluons (strong interaction quanta) to dark energy?- See when in neutron stars when the neutrons’ wavelengths correspond to their Compton wavelengths(means when neutrons become relativistic), the neutrons’ constituent quarks’ wavelengths should supersede over neutrons’ Compton wavelengths, because wavelength is inversely proportional to mass, and neutrons’ constituent quarks’ masses are 1/3 rd of neutron mass, therefore larger are their wavelengths than the neutrons’ Compton wavelength. Thus to avoid this mother in the womb of its fetus like situation either constituent quarks of neutrons are in the form of Fleiners and more closer they approach, more they are transformed into gluons (same way as with higher energies electron coiled on coils…) to be fit with asymptotic freedom property of strong interactions, that is strong interactions become weaker at shorter ranges which correspond to higher energies. Similar also happens of accelerated protons in LHC. Thus quarks and gluons being Fleiners would not have been seen as free particles and in case supernova remnant mass more than two solar mass when neutron stars are transformed into quark stars due to superseding of quark wavelength of neutrons’ constituents quarks over neutrons’ Compton wavelengths as noted just before, such quark stars being (made of) Fleiners are also invisible. However, their presence can be realized in the binary systems indirectly one of them being invisible and in some other cases as high local motion of galaxies towards the invisible objects. But these invisible objects should not be identified with traditional black holes as according to McMahon Field theory if we assume McMahon time fields exist, and then the highest observed velocity is dependent on the McMahon time field, which places an upper observable limit on speed, while consideration of traditional black holes is based on the assumption that the light speed is not surpass able. When the power of the McMahon time field is increased other particles and energies will seem to simply appear out of nowhere, simply because we can now detect them. Perhaps the observed quasars are such phenomena where appearance of enormous energy is resulted by such process.
Yet the neutrino has to be described by your theory, isn’t it?
Posted: June 15, 2013 @ 9:01:00 am