It still don’t make it true.
In Physical Sciences & Natural Sciences, both of which involved physics and chemistry, both required evidence and/or experiments, to either refute a model or refute the model. The experiments or evidence to test the models. That’s how scientists can determine whether a new hypothesis is science or not science.
Even if the evidence don’t support a hypothesis or theory, that‘s good thing because then scientists will know that hypothesis is weak or incorrect, therefore the hypothesis cannot go further (eg a refuted hypothesis shouldn’t submit the hypothesis for Peer Review, as it has failed the tests (during the testing stage of Scientific Method).
Two things can happen when the evidence refuted the hypothesis. (A) The hypothesis author(s) could try to figure out what were wrong with explanations or with predictions, modify the models and then test the hypothesis again; or (B) the author(s) can ditch the refuted hypothesis, and move on.
But if there no observations (eg evidence or experiments) and the models cannot be tested, then the models are “unfalsifiable“.
Lot of people who are not acquainted how scientists “do science”, often misunderstand what Falsifiability or Falsification means.
Falsifiability means that a statement, concept or model is based on observation that is “testable” (and refutable), therefore it can eventually be empirically tested. Falsifiability is where you could possibly refute the statement, concept or model.
Despite what most people made think about a hypothesis, the hypothesis is a model that contained explanations and predictions, but you don’t make it from nothing or from some imaginary dreams or fantasies. Hypothesis have to be based on prior observations.
Take for instance, Charles Darwin didn’t just make everything up. Darwin have actually observed wildlife, particularly in South America and the Galapagos, as voyage onboard the HMS Beagle from 1831 to 1836. He observed animals of different species, eg different species of finches, different species of tortoises, not only from different from the mainland (South America) and islands, but from island to island, where slight differences in terrains, climates, humidity and availability of resources (eg food & water), will show that these populations of species will have physical or morphological traits that differed from the others. What Darwin eventually wrote about, is that changes in the environment would require the populations to have traits that are adapted to their respective environments; so the environment was a driving forces for changes to species, hence he developed the evolutionary mechanism that we know as Natural Selection.
When the environment has changed, it put selective pressures on the populations of organisms. Tortoises living in some islands that were drier, and vegetation that grew on those islands are much higher, so the tortoises would need inheritable traits that are better suited for those islands, these tortoises must reproduce with other tortoises that have longer legs and necks, necks that can crane more upright, so they can reach and feeds on leaves that are higher off the ground.
Biologists that have visited Galapagos and South America during the 20th century to the present, have observed and verified Darwin’s original findings.
My points with Darwin is to showed that He didn’t just make up Natural Selection, they were based on his prior observational experiences. And it was the same with Isaac Newton, Michael Faraday & James Clerk Maxwell, Albert Einstein, etc.
Now all of this, is about evidence that are required for studies of nature.
Without the evidence or experiments, then how would you suggest that they could test model‘s validity?
Absence of evidence, as no evidence or zero evidence, would suggest that the concept or model, is unfalsifiable, untestable, and therefore ultimately cannot be tested. In Natural & Physical sciences, absence of evidence is even worse than the evidence that debunked a hypothesis, because even when a hypothesis has been rejected, it was still falsifiable and testable.
A concept model that has absence of evidence, would not even be qualified as hypothesis, because ever hypotheses.
But this thread is about archaeological evidence, not about natural sciences. archaeology is a multi-discipline of various fields, a lot of the archaeological works involved in studying man-made structures (eg buildings), man-made objects (eg wares, tools, weapons, minted coins, etc), what materials they used to make them, and so on. But archaeology also required studying & understanding the history of previous cultures, like their customs (eg what they eat, how they dress, etc) & their rites (eg religious rites, funerary rites, etc), so what they did as individuals or as in community or society. Some of archaeology would require them to be able to decipher and translate any writings & inscriptions, etc.
A lot of archaeology involved different sciences and fields in Social Sciences, like history, geography, anthropology, political science, etc.
While some require non-scientific studies (Humanities), such as translating texts (philology), being able to distinguish art (eg painting, sculptures, etc) and crafts (eg pottery) by the styles in different geographical regions & in different periods.
My questions to you:
If there are absence of evidence, then how can you possibly study or understand something that don’t exist?
And how can possibly verify and know that they happened, without evidence?
And btw -
A myth is a cultural (and national) narratives that narrate origins of people, that are often include a great deal of exaggeration and embellishments, including something that are clearly made up. Like angels, that are beings look humans but have wings. From my past experiences in dealing with mythology, other religions, particularly ancient polytheistic religions where some of the gods have wings.
The only mammals that I know of, that have wings are bats, and none of include those that look like human.