In reply to Axil Axil's message of Sat, 20 Jun 2015 15:14:07 -0400: Hi, [snip] >To simplify all the dipoles acted like a single huge dipole. The input power >that comes into the reactor feeds all the dipoles equally. the magnetic field >that is produced by the dipoles and output are all the same. All the nuclear >energy that the dipoles produce is shared equally among all the dipoles. The >dipoles release the same amount of heat like there was a single huge dipole >instead of many individual dipoles performing the same dance step.
I think that superradiance is just a timing stimulus. It's essentially an externally forced vibration that just happens to be at the natural frequency of the oscillator, so it effectively ensures that all the oscillators emit at the same time. The reason it goes as N^2 is because each oscillator contribution adds to the strength of the whole increasing the intensity, and creating a stronger external forcing field, which in turn causes more oscillators to contribute. It's a positive feedback scenario. However the interaction between an individual oscillator and the field isn't very strong. IOW the overall field isn't very strong. So I wouldn't expect it to be able to accept something with the energy density of a nuclear reaction. More likely IMO is that the Li fission just produces fast alpha particles which thermalize in a solid in less distance than the thickness of a human hair. Regards, Robin van Spaandonk http://rvanspaa.freehostia.com/project.html
