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Now we get into some fuzzy astronomy. Mr. Lazar doesn’t seem to understand where heavy elements come from, or
how they are formed.
First we have to assume that when Lazar says “large” he means “massive.” The “largeness” of a star says nothing about its mass. In five or ten billion years, the sun will be as large as the orbit of Mars. A star’s size changes drastically during its lifetime. It’s pretty clear that what Lazar should be talking about here is the MASS of the star.
The next section is a little vague, but he SEEMS to be suggesting that his element 115, the alien fuel source, which doesn’t exist on the Earth, should be present in those solar systems that were more massive at their inception. The implication here is that a star system which condensed out of a more massive primordial cloud should have a greater abundance of heavier elements. This is quite incorrect.
Heavy elements – all elements heavier than iron – are not formed during the normal life cycles of stars. The only time when these nuclei are “cooked” is during the collapse and subsequent explosion of supernovae. The supernova explosion then spreads heavy elements throughout the galaxy. For this reason, the abundances of heavy elements in any particular star system depend NOT upon the properties of the current star, but on the properties of the nearby stars of the PREVIOUS GENERATION! Therefore, all of the star systems in a particular region of the galaxy will have essentially the same abundances of heavy elements, regardless of the mass of star. If element 115 is STABLE, as Lazar claims it to be, then it should be created in supernova explosions and it should exist EVERYWHERE!