Inverse problem in 2D photocounting statistics

Abstract

An analytical method to recover the two-dimensional probability density function (PDF) of a random light field from the PDF of photon counts is presented. Some illustrations of the inversion procedure are given with application to the problem of light intensity interferometry.

Atom in a Strong Magnetic Field. Transformation of Atoms Into Transatoms

“…The trajectories of several ortho-bosons are located on the surface of toroid and form several spirals resembling the DNA code of the main character of the film "The Fifth Element" -Lila [15]. Such a comparison is connected with the phenomenon of transmutation (transformation) of certain chemical elements into other chemical elements in microbiological systems [16][17][18]. Apparently, depending on the values of the magnetic field B, the charge of nucleus Z and the number of paired electrons P e , the toroid may have a circle, an elongated or flattened ellipse in its section.…”

“…As experiments [18][19][20] By chance or not, scientists engaged in the research of cold nuclear synthesis will extract Ti, Ni, Zr, Pd, and Au out of these elements.…”

“…Thus, motion integrals are not conserved in transnuclear interaction: momentum conservation law, angular momentum (spin) conservation law, and, apparently, energy conservation law are violated. As a result, nonradiative, low-energy multinuclear reactions automatically take place in nuclear transmolecule [11][12][13][14][16][17][18][19][20][21][22][23][24][25][26][27].…”