eng Science and Education Publishing International Journal of Physics 2333-4576 2020-08-25 8 3 108 113 10.12691/ijp-8-3-4 IJP2020834 article Florent Pirot florent.pirot@orange.fr 1 Independent researcher, Valbonne, France How can it be that uranium, thorium etc. are key in star dynamism with nuclear fission, when these atoms are barely visible in spectrometry data ? The answer of wavelength deformations of the uranium, thorium¡­ gamma rays in the plasma, making data undecipherable directly, is drawn from previous works of the author. The paper also explains why, however, 235U appears in ¡°excess¡± in meteors by developing simple comments on the fission cross-sections and building as well on earlier works of the author and on super-symmetry theory. In both cases, the concept of squeezed states and the associated anti-squeezed states, in application of Heisenberg¡¯s uncertainty relation, happen to be extremely helpful to the demonstration. This eventually helps explaining the dynamism of the collapse before explosion in standard supernovas. More elements on super-symmetry are discussed in conclusion together with a return on the Chapter 1 of From an Einstein Syndrome to the People, where the use of the fine structure constant is justified, self-repressed behaviour (with as key the fear of anal penetration, in men) is anti-squeezed. http://pubs.sciepub.com/ijp/8/3/4/ijp-8-3-4.pdf squeezed state anti-squeezed state uranium spectrometry thorium astrophysics photon deformation psychoanalysis