The exploration of our universe may lead us to understanding its complex structure. Perhaps its nature is something we may never fully decipher - perhaps we're not suppose to. Perhaps an inability to be deciphered IS its inherent nature - perhaps not. Perhaps such extrospective thinking will inevitably bring us closer to understanding the purpose of our existence whether it be ordered happenstance and organized chaos or the will and intent of a divine entity. Regardless of the numerous unknowns to even the destination of our truth-seeking venture, us humans have embarked on an unrelenting pursuit of knowledge, simply following instinct and reaching for the heavens, all for the promise of something better. Perhaps such a subconscious desire to return to once familiar heights is responsible for the collective's distain of the status quo.
Human intrigue regarding the cosmos has, quite evidently, prevailed throughout the centuries, so it should be unsurprising to note just how far innate curiosity goes. From the foundational discovery of atoms by the Greek philosopher Democritus, the creation of calculus by Sir Isaac Newton, Gottfried Wilhelm Leibniz, Pythagoras, and Archimedes, and the observation of cells by Robert Hooke, to the complex intricacies of organic, physical, and quantum chemistry, the promising field of quantum computing and mechanics, and the intriguing concepts of molecular biology, we humans have come a long way. Though arduous in attainment, such knowledge was not gained for naught. The fact of the matter is, as we reach for a goal, we often accomplish many other achievements and undergo many other developments along the way. This natural law only further drives the human initiative to greater and greater heights.
It is quite interesting to consider the unique role humanity has to play on this planet (even possibly the cosmos) as we are the only beings documented to have evolved the advanced capability of communication, complex thought, and problem solving on such a (frankly) unprecedented and unequivocal level. This aptitude to achieve what other creatures can not is rooted in the uniquely human ability of visualization and advanced pattern recognition. This ability allows us to not only comprehend and understand daily patterns within our environment, but it also allows us to grapple with conceptual and syntaxial ideas not present in the real world. This phenomena is most colloquially known as the power of theory and inference - this is how we are able to achieve what we do. In observing such patterns, one might think them to be isolated or limited to specific events or phenomena, but in reality they prove to run quite deeper. This is evidenced not only by math's purposeful reflection of our earthy environment, but even toward unintended galactic proportions. For example, our entire universe has been likened to neural networks found in the brain. Riding off of that, the Fibonacci Sequence can be found everywhere, from snail spirals, to branches, to plants, to shells, to string theory, to the golden ratio, to even art and music - it's everywhere. Just another example of systemic intricacies within a seemingly solitary universe.
But how are we to understand the universe, without first trying to understand ourselves. Just as scientists have been trying to understand the world we live in, philosophers have been contending with an equally important question: "Who are we and what is our purpose?" Such questions have been analyzed by secular and religious minds alike, concluding, debunking and refining, one another's stances on the hopes to arrive at truth. Such debates include the questionable reality of free will, the existence of a higher power, human intent and moral alignment, as well as origin of self-awareness from physical matter.
As a high school student who has taken mostly college classes, I found it quite interesting discovering many things many things most wouldn't learn in the traditional college classroom. A prime example of this would be my first encounter with quantum mechanics - learning that even with a binary, an on or off, a light or dark, a 1 or 0, there is a gradient. This gradient is known as superposition as aptly represented by the renown Schrödinger's cat thought experiment. Learning of the existence of such a concept nearly made me switch majors, but my journey for knowledge had led me towards biology. With this zeal, I picked up many research positions and learned about the wonders of biochemistry as I assisted my supervisor on his research regarding Carbon Monoxide as an agent for angiogenesis in a oncological setting.
The human drive to learn is an inevitable aspect of the human psyche, and it is with through experimentations, scientific prowess, and philosophical insight that such ambitions are realized. As we set goals we may never reach, we regardless create achievement that better us as a species. Shooting for the moon and landing in the stars is the epitome of the human nature.