Freeon waves

Freeon waves are detected in magnetic materials by neutron diffraction acting on the spin space. The frequency of the waves is observed to be... 

This is called the freeon-wave dispersion. It is expressed in terms of a lattice parameter, a, by the substitution... 

The coupling of the freeon waves with the appropriate spin function produces a wave function which has nonzero matrix elements with the wave function of a neutron scatterer so that permutation dispersion relation can be and has been experimentally verified. 

For p >1 more than one permutation wave state occurs in the same Cn-IRS and gives rise to freeon wave-fieeon wave interaction. 

In this, my third contribution, I apply freeon dynamics to problems of interest in chemistry and physics and compare with the results obtained by the spin paradigm. In particular I will apply freeon dynamics to the following "spin phenomena" i) spin exchange, ii) spin superexchange, iii) spin polarization, iii) spin density, iv) high-and low-spin states of the transition-metal ions, v) the periodic table, vi) ferromagnetism, vii) spin waves and viii) high-Tc superconductivity. 

Benzene played an important role in my development of freeon dynamics. I knew, by the Rumer rule, that benzene had five canonical structures (i. e., five linearly independent wave functions). These are the two Kekule structures and the three Dewar structures. From this I surmised that the singlet IRS for N = M = 6 should be of five dimensions. On consulting the symmetric group textbooks I... 

In Section 4.4 the freeon ferromagnetic Hamiltonian is used to the develop the freeon theory of spin-waves. 

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