posted on Jul, 1 2019 @ 04:41 PM
People are still using the existence and discovery of Element 115 to discredit Lazar, which is insane.
They are saying "115 is too unstable in our environment to even exist here"
The people who say that missed their science classes in high school.
Every element is made up of protons, neutrons, and electrons. The different numbers of each, differentiate which element you are looking at.
115 is the atomic number, it refers to the number of protons in the atom.
Currently Element 115 is known now as Moscovium (Ununpentium)
Heres the catch:
Isotope - each of two or more forms of the same element that contain equal numbers of protons but different numbers of neutrons in their
nuclei, and hence differ in relative atomic mass but not in chemical properties; in particular, a radioactive form of an element.
Each element on the chart, as we are taught, in its purest form has the same number of protons as it does neutrons.
This however isnt always the case. element s have different ISOTOPES, which are the same element, but the atoms have a different number of neutrons
compared to their protons. Different isotopes of the same element can have different properties.
When you get to heavy elements, much like Bob Lazars "Element 115" (Moscovium) these atom become insanely complex with complex structures. Elements
with this high of an atomic number (number of protons) are unstable and radioactive and dont last long because its hard keeping that many protons
together in our environment here on earth, with our gravity and surrounding mass. (Inside of a super dense star or planet it may be a bit
The fact that we cant create or find any Element 115 that lasts more than a few seconds shouldn't be surprising. There are literally trillions of
configurations that atom can have.
It only means we have yet to find the correct isotope in which the atom is stabilized and doesn't fall apart.
Theres no way to test Lazars statements on the 115 that we create, because they are a different isotope and have different properties.