β Scribed by O.W Greenberg; H Yabuki
No coin nor oath required. For personal study only.
The diagonal structure of the S-matrix in the Lee model is studied. The N28-and N3B-type eigenvalues are shown to factor exactly into the products of the corresponding NB eigenvalues, and it follows that these eigenvalues are free of production thresholds. The (implicit) eigenvalue equation for the V2B-type eigenvalue is given, and this eigenvalue is shown to factor asymptotically into the product of the corresponding Vf3 eigenvalues. These properties are conjectured to hold for NjtJ-and VjB-type eigenvalues. It is conjectured that the two-body type eigenphase operator gives the dominant contribution to the S-matrix at high energy.
π SIMILAR VOLUMES
The specificity of eukaryotic DNA organization into loops fixed to the nuclear matrixkhromosomal scaffold has been studied for more than fifteen years. The results and conclusions of different authors remain, however, controversial. Recently, we have elaborated a new approach to the study of chromos
By applying only the requirement of asymptotic softness (i.e., the requirement that amplitudes should not grow, asymptotically, faster than that in a renormalizable theory) to various Born amplitudes with four external lines and making some specific assumptions about the number of added particles to