Once upon a time, there was a wee little cell. A cell so tiny it was not visible to the human eye. And yet this one single cell was composed of thousands of protons, electrons, and neutrons? And these too were made of teeny objects called quarks? And these quarks were made up of elementary particles? And so it goes. To think that something so little can contain so much. But isn't that how our world is? One single universe, one single planet, can hold so much more than we could ever imagine.
I was always told that I make things too complicated. That I am too curious. I was that one pesky annoying kid who would always ask "why why why why why?" I have always wondered why things are the way they are and why things do the things they do. If you haven't figured it out by now, science is most definitely my favorite subject. Well, if I am being honest, I hated chemistry. But on the first day of my junior year of high school, I stepped into my AP Biology classroom and I knew it was going to be a good year.
I was fascinated at how one single living cell could be the basic structure of all human life. One cell. One cell with a mitochondria and a nucleus. A cell with so many ribosomes and a rough and smooth endoplasmic reticulum. A cell that carries out functions like movement, reproduction, nutrition, excretion, and growth. A cell that can give birth to new life. I learned how one recessive allele carried by each of a child's parents can pass down to the child a dominant, life-threatening disease, and how parents can literally hand death over to their child through their very own genetics. A grim topic, but necessary to understand the importance of dominant and recessive alleles. My year ended with tears, a dismal goodbye and farewell to Mrs.McCloskey's class where I had grown broccoli plants and radish on the windowsill to learn about photosynthesis. As my heart died that summer, so did my plants, unfortunately. To be frank, I never was the best gardener.
As I anticipated the new school year, my SENIOR year of school, I entered a class that gave a closer look into the human body itself and engaged in how the human him/herself exists. I was launched into the investigative, provisional, unique world of Mrs.McCloskey's (yes, her again) Anatomy class. As I continue through my year, I have already learned so much. From the body regions to the body muscles, I have gained enough knowledge to write an actual book. I have learned about the arrector pili muscle, found near our hair follicles, that contracts in frightening situations or cold temperatures, causing the hair on our bodies to stand up. Growing up in Pennsylvania, my arrector pili muscle sure gets a good workout from October until April. I have learned that our hair itself grows in stages, the anagen stage is the stage where the hair grows longer. I'm pretty sure my hair decided to skip the anagen stage and skip right to the telogen stage when the hair stops growing and starts shedding. I am almost positive my hair is always in that telogen stage. I shed more than a horse in the summertime.
The sciences have transported me into a world of fascination and wonder, a world that I want every person, and every child who comes after me, to have the opportunity to visit. But to explore this world, we have to put in the effort. Sean Carroll once said in an aspirating quote, "The world keeps happening, in accordance with its rules; it's up to us to make sense of it and give it value." It is our responsibility to promote the exploration of the major sciences: physical sciences, earth sciences, and life sciences. With the technology we acquire today, we can investigate our world, its people and its appurtenances, in much greater depth.
In my own opinion, studying concepts such as astrology, psychics, and cosmology will help us human beings gain a much larger and broader understanding of where we came from, how, and why we are here. Being a Catholic, religion has taught me that a lot of scientific answers lie within the Bible itself but I defy all the odds. I need to know for sure. Studying ideas such as the Big Bang Theory (no, not the show), the Black Hole Theory, the Big Freeze, and the Flat Earth Theory will lead to discovery and an endless waterfall of answers to elusive questions.
So just as cells keep undergoing mitosis and creating more and more human beings, our scientists can employ more and more concepts and ideas to better understand our universe. Because who knows...maybe the universe we know is just one tiny cell and it isn't actually the largest object we know. So let's go. Let's take the 30 trillion cells that we are made of and explore, create, imagine, execute, and inspire. After all, a whole universe awaits.