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Ventures into the skies above our heads may have begun with the Wright Brothers and their rudimentary attempts at flight, but within decades those initial crude experiments evolved into sophisticated spacecraft that could not only take humankind soaring only into the skies, but well beyond. Indeed, by the 1960s the future for humankind seemed clearly to be destined for space, and eventually the colonization of near and distant planets.
And as we gained in our understanding of spaceflight, and as our ever more powerful telescopes could peer farther and farther into the great expanse of the so-called Final Frontier of outer space, we began to wonder aloud about how long it would be before we would discover other civilizations, perhaps now traveling the stars as we hoped to do in the decades to come.
And yet, no matter where we looked, and no matter how far we looked, it seemed that, while every nook and cranny of that great expanse was filled with dazzling displays of starry splendor, life — that is, sophisticated, non-human, alien life, was nowhere to be found. Even something as primitive as bacteria remained elusive.
This of course, led to the obvious question: where was all the life we assumed was out there? If there were plenty of planets in so-called habitable zones, as all of our growing body of data seemed to suggest, why weren’t we discovering life? Why weren’t we picking up the transmissions of distant civilizations with our ever more powerful and far-reaching sensors and telescopes?
This conundrum is known as the Fermi paradox, which, according to Wikipedia, is states thusly: -The Fermi paradox, named after Italian-American physicist Enrico Fermi, is the apparent contradiction between the lack of evidence for extraterrestrial life and various high estimates for their probability (such as some optimistic estimates for the Drake equation).
Now, while this dilemma still troubles many – especially those holding to a more traditional understanding of how life in the Cosmos is likely to have developed over the last several billion years – there are others who have postulated that the reasons are obvious once one really looks at the question in the right way. In other words, the problem lies not in the apparent result, but in the very assumptions we make as to what advanced, non-human life will look like, how it would behave, and where and how we’re most likely to find it.
Not only do these refreshingly inventive, forward-thinking ways of seeing this issue help us to address the Fermi paradox, but they also open up intriguing possibilities as to how we humans may evolve to the point where we too can follow suit, perhaps finding passage into the fascinating realms these Others may already be existing in.
These notions also help those of us intimately involved with a topic such as the UFO Phenomenon to perhaps better understand a truth that we think is staring us in the face: a truth suggesting these Others are not only “out there”, but here, in and around the Earth, and perhaps have been for as long, or longer, than we have. These compelling ideas and the intriguing potential implications they give birth to, are the very matters we’ll seek to explore in this, the 45th episode of the Point of Convergence podcast.
044 ~ Defining the New Normal