In Between the Lines: A Guide to Reading Critically

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A good example of how I mark up my readings as I go

I often find that Princeton professors assume that we all know how to “read critically.” It’s a phrase often included in essay prompts, and a skill necessary to academic writing. Maybe we’re familiar with its definition: close examination of a text’s logic, arguments, style, and other content in order to better understand the author’s intent. Reading non-critically would be identifying a metaphor in a passage, whereas the critical reader would question why the author used that specific metaphor in the first place. Now that the terminology is clarified, what does critical reading look like in practice? I’ve put together a short guide on how I approach my readings to help demystify the process.

  1. Put on your scholar hat. Critical reading starts before the first page. You should assume that the reading in front of you was the product of several choices made by the author, and that each of these choices is subject to analysis. This is a critical mindset, but importantly, not a negative one. Not taking a reading at face value doesn’t mean approaching the reading hoping to find everything that’s wrong, but rather what could be improved. Continue reading In Between the Lines: A Guide to Reading Critically

How to Pick a Research Topic

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Struggling to pick a research topic? We’ve all been there. Starting can be one of the hardest parts of research. There’s so much pressure to have a good topic that finding one becomes difficult. With that in mind, I’ve compiled some tips to ease this process.

1. Consider your personal interests. If this is a JP or thesis, you will be spending between a semester and an entire year delving into your topic. Make sure you like it! Finding something that genuinely piques your interest will help keep you engaged months down the road. I am lucky to have found Brazilian art therapy pioneer Nise da Silveira, whose work — after writing a JP about her and conducting my senior thesis research abroad on her — continues to keep me curious.

As I develop my thesis research, I hope that I continue to be interested in learning more. After all, just this summer, even before stepping foot in Firestone, I accrued this stack of books!
Crossing my fingers that my thesis topic continues to intrigue! After all, just this summer, even before stepping foot in Firestone, I accrued this stack of books!

2. Read a little about something that fascinates you. Interested in learning more about Mayan basket-weaving traditions? Find a few books or articles about it and start reading! Afterward, assess your feelings. Are you intrigued to learn more, or did you get bored halfway through? Read these signs — they can help you distinguish between topics that pique your interest at first, and those that will give you the stamina to keep reading months later.

 

3. Set up a meeting with your professors. I’ve written before about how helpful it can be to tap into what your professors might think. For my thesis, I knew that I was interested in a community project in Rio that used art to foster mental health, but wasn’t sure where to start. So I set up a meeting with a professor to talk about it. He suggested I look into Nise da Silveira, and I haven’t looked back since.

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Reading Your “Script”: What Theater Can Teach You About Research

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The more I do theater, the more I understand its parallels to academic research.

Recently, I attended a workshop with John Doyle, the renowned theater director and Princeton professor. He shared two details of how he begins a creative process. First, he reads the script only a few times before beginning rehearsals. Rather than getting mired in the script’s details, he likes to let ideas brew and leave space for his collaborators’ input. Second, he stresses the importance of entering rehearsals with unanswered questions — because if you already know the answers, your questions aren’t rich enough, and there’s little point in bringing people together.

Approaching my first thesis meeting, I’ve been thinking about this advice.

As I have written (both here and here), I spent this summer in Rio de Janeiro, researching the legacy of art-therapy pioneer Nise da Silveira. During that time, I conducted over 15 interviews, attended numerous workshops, and collected various books and documents. Recorded on audio files and scribbled in notebooks, these constitute — in a sense — my “script.” It is a body of research so juicy, varied, and detailed, that it tempts me to dive right in and begin working my way through problems.

Yet, as I prepare for my first meeting, the most helpful thing I can do is not read over all this material. Delving in right away, I would get lost in details before I have a sense of what interests me. For the moment, it is more valuable to step away from my “script” and reflect. To think critically about my two months in Brazil. To ponder what confused me and what seemed contradictory. To come up with questions that I cannot yet answer.

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Snapshot from the Lewis Center’s production of Elektra in February 2016. I’m the possessed-Chorus-maid on the right!

This strategy has worked for me in theater. Last year, in Elektra, I acted in the two-person Greek Chorus. Following our first read-through, we developed some big questions about the Chorus: Who are we? Why are we here? What makes us otherworldly? What grounds us in the physical world?

These questions, for the most part, went unanswered. But asking them from the start gave us time to test out answers every day, playing with different kinds of movement, costume, intonation — and, of course, finding new details in the script.

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The Project That Made Me a Researcher: 8 Things Infancy Teaches Us About Research

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Over the course of the semester, PCURs will explain how they found their place in research. We present these to you as a series called The Project That Made Me a Researcher. As any undergraduate knows, the transition from ‘doing a research project’ to thinking of yourself as a researcher is an exciting and highly individualized phenomenon. Here, Bennett shares his story.

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This is hardly the conventional idea of a research project: for one thing, I don’t remember it, and it’s hardly a lab or an archive project. But, unlike the writing seminar paper I wrote on Osama bin Laden, or my first lab experience with yeast genetics, this is a project every PCUR reader has gone through. So here’s baby Bennett, to take you through the first and most exciting research project any of us has participated in: discovering the world as an infant.

1. Bury Yourself In The Literature

I don’t mean that literally, silly.

You can’t start a research project without a deep background on the question you’re asking in the first place. That’s pretty difficult for an illiterate baby: the best I could do was crawl into the papers in my Dad’s briefcase, and hope some knowledge rubbed off, or that I would at least get a better understanding of how the world around me was shaped. If you’re literate, then you’ve got a huge advantage: read everything you can (even if you don’t understand it all at first – we’ll get to that later).

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Elegy and ode: Finding life on a bleached reef

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2015 shattered temperature records worldwide. This year’s El Niño has been making headlines in the coral reef community since early this summer, as record-high temperatures hit coral reefs more severely than scientists have ever seen before. Yet even knowing these facts, I was not prepared for the devastation I saw at home in Hawaii over winter break.

A healthy coral colony sample from a bleaching study that took place in Bermuda last summer. The tiny flower-like circles are polyps - each one is a coral individual, which together comprise the colony. The yellow color is from this coral's symbiotic zooxanthellae, not the coral itself.
A healthy coral sample (Porites astreoides) from a bleaching study in Bermuda last summer. The tiny flower-like circles are polyps – each one is a coral individual, which together comprise the colony. The coral itself is white – the bright yellow color comes from its symbiotic zooxanthellae.

The population of Pocillopora meandrina, the cauliflower coral that once dotted the coastline of Kailua-Kona, my hometown, has been decimated. The reef is left with the feel of an evacuated city: the coral heads are like abandoned buildings, their skeletons lifeless and vacant. Lacking the organisms that sustained them, they slowly begin to crumble.

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Design Thinking in Research

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I remember it like it was just yesterday. The steps to the scientific method: Question. Research. Hypothesis. Experiment. Analysis. Conclusion. I can actually still hear the monotonous voices of my classmates reciting the six steps to the content of the middle school science fair judges.

Princeton student researchers working at the Lewis Thomas lab
Princeton student researchers working at the Lewis Thomas lab.

For our middle school science fair, I had created a web-based calculator that could output the carbon footprint of an individual based on a variety of overlooked environmental factors like food consumption and public transportation usage. Having worked on the project for several months, I was quite content when I walked into our gym and stood proudly next to my display board. Moments later the first judge approached my table. Without even introducing himself, he glanced at my board and asked me, Where’s your hypothesis? Given the fact that my project involved creating a new tool rather than exploring a scientific cause-effect relationship, I told him that I didn’t think a hypothesis would make sense for my project. To my dismay, he told me that a lack of hypothesis was a clear violation of the scientific method, and consequently my project would not be considered.

This was quite disheartening to me, especially because I was a sixth grader taking on my very first attempt at scientific research. But at the same time, I was confident that the scientific method wasn’t this unadaptable set of principles that all of scientific research aligned to. A few years later, my suspicions were justified when my dad recommended I read a book called Design Thinking by Peter Rowe. While the novel pertains primarily to building design, the ideas presented in the book are very applicable in the field of engineering research, where researchers don’t necessarily have hypotheses but rather have envisioned final products. Formally, design thinking is a 5-7 step process:

Steps to the Design Thinking Process
Steps to the Design Thinking Process

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