Suppose we asked the government to show us all evidence bearing on the existence of the Higgs Boson. They would rightly say, we have no evidence of
the existence of the Higgs yet. Does that mean we should not look for the Higgs Boson? Does it mean that we should shut down the LHC? -- The
answer to both questions is no.
Suppose we asked the government to show us all evidence bearing on the existence of superconductors with critical temperatures above 300K? They would
rightly say, we have no evidence of the existence of superconductors with critical temperatures above 300K. Should we then quit all research on high
temperature superconductors? -- The answer is no.
I have argued with skeptics who reason in a circular manner: anomalous phenomena should not be researched until we get more evidence. Yet, I ask, how
can we get more evidence, yes or no, without doing more research? There would be no point in doing research if we had sufficient evidence. - What use
would it serve to search for the Higgs Boson if you have already found it or shown that it cannot exist?
The question then becomes what kinds of theoretical or anomalous phenomena deserve research and experimentation? Simply because certain theoretical
phenomena has a strong theoretical backing, does not mean it exists and conversely simply because certain anomalous phenomena does not have a strong
theoretical backing does not mean it does not exist. - It is nature that decides what phenomena exists.
This brings up another question, scientists find it unfamiliar to ask government agencies to verify or falsify the existence of phenomena. It should
be equally strange to ask a government to explain dark matter as it is to ask them to explain what appear to be ET visitations. A possible reason why
the scientific community may not view it as strange is because, up to now, only governments had the resources and equipment necessary to collect
sufficient data. Moreover, the main purpose of these resources and equipment is not to collect data on ET visitations, so much data relevant to ET
researcher may be ignored.
Most fields of research do not require the approval of government agencies to be considered legitimate. For example, which government approved physics
to be a legitimate field of research? How about medicine? Or mathematics? These fields are considered legitimate because they have proven themselves
to give testable, repeatable, falsifiable predictions. (in the case of mathematics, proofs)
The only real way to make progress is find testable, repeatable, falsifiable predictions about ET visitations. Then design, build, and test your own
equipment and test the theories. Like I said in the beginning of this entire post, the only real way you will ever get disclosure is if you go out and
get the data yourself, with your own equipment. Whether it be sending up your own satellite or rover and sending and receiving signals with your own
antennas, designing a passive radar, doing spectroscopy with a DSLR camera, or simply doing historical research.


