By Emily Jane Dennis @emilyjanedennis
I have (so far!) two degrees: a B.S. in Molecular Genetics and a B.A. in Studio Arts.
In college, I spent a lot of time at the lab and in class, but all of my free time was spent at Sage Art Center:
I did everything at Sage. I met all of my friends at Sage, I took classes there, I met awesome professors there, I made art there, and I even snuck in after hours. I was a Sage addict.
I made mistakes at Sage. I listened to music too loud there, I got into pointless arguments there, and I made a fool of myself… more than once. I grew up at Sage.
What kept me coming back was the incredible creative energy I felt every time I walked in the door. People were always trying something new, something interesting. We failed a lot, but we kept trying, kept coming back, and kept sneaking in to work all night on our projects. In the end, we had created something… and sometimes, it was really good.
This is the same thing that I love about being a scientist: we are constantly doing new things. We’re answering questions that haven’t been asked and constantly proving our old hypotheses wrong and coming up with new ones… then proving those wrong all over again. We fail a lot too: sometimes nothing works, the results are unclear, or the experiment fails… but we keep trying, we keep learning, and we keep coming back. Each time getting closer and closer to some truth.
I’ve kept in touch with some of my friends from Sage and I am always refreshed by their passion and interest in all of the awesome images, life, and ideas our universe has to offer.
Don’t get me wrong, I don’t get frustrated with the people that post these things. I’m frustrated that they’re missing out on the true beauty behind the universe, the hidden world that scientists see everywhere. I want to tell them that fractals aren’t just pretty: they’re related to the even-cooler Pascal’s triangle. This triangle is an amazingly simple way to solve about a billion different types of equations, do complex math in your head, and, of course, make some really pretty patterns.
Sierpinski’s triangle: made by coloring in the odd numbers of Pascal’s triangle
People love these behind-the-scenes stories… but they don’t tweet it, don’t post it, and don’t talk about because it’s just not readily available to them. They are interested but don’t have the time, motivation, or access to find it themselves- and why should they have to?
Richard Feynman once said: “knowledge only adds to beauty, it never subtracts.” I’m using my column, pretty/cool, to feature pretty/cool things and reveal the hidden world of research, people, and stories that make them even more exciting.
These views are the work of individual authors, do not necessarily represent the views and opinions The Rockefeller University, and are not approved or endorsed by The Rockefeller University.
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