Earthquakes, volcanic eruptions, fireballs are here discussed with, again, explanation on why fireballs obey to strict physical rules and demonstration that they are among other things the definitive explanation of the collapse of the Maya civilization in what was actually a sudden obliteration by a cluster of fireballs. Extractive development (what has been defined already by Acemoglu and Robinson) is what natural disasters come to rebalance ; extractive development leads to over-accumulation of typically weighty resources in a small area where they disrupt the crust and also represent particularly attractive beacons for fireballs. This is carefully demonstrated over a wide range of time with many examples.

No abstract

Bose-Einstein condensates, the creeping behaviour of helium, and the Casimir Effect happen to be particularly simple to explain. The forgotten cause is to be found in the various sources of energy producing movement, in experimental settings in which, especially, the contamination with radon is not checked. Other sources of movement as well interact with the experiments-sometimes the experimenters' imprecise behaviour leads to the result. The issue of the "Vacuum catastrophe" is hence solved.

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.

This case report on a mild traumatic brain injury (self-diagnosis of the author on his own brain) leads to alpha-emitting nanoparticulates whose major contribution to TBI is confirmed by the extremely strong occurrence of TBIs in war veterans (with wideranging administrative data available to confirm the extremely strong typicality of the case). This allows a better and clearer understanding of the secondary injury events following TBI such as blood-brain barrier damage, mitochondria dysfunction and massive neuron death, of the various neurodegenerative disorders usually diagnosed following TBI such as chronic traumatic encephalopathy, chronic traumatic brain inflammation and indirect traumatic optic neuropathy, and of the risks of ischemic stroke following TBI.