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STEM Tuesday– Author Interview: Gae Polisner

Welcome to STEM Tuesday: Author Interview & Book Giveaway, a repeating feature for the fourth Tuesday of every month. Go Science-Tech-Engineering-Math!

Today we’re interviewing Gae Polisner, author of Consider The Octopus, proof positive that STEM related topics don’t have to be restricted to nonfiction texts. Co-written with Nora Raleigh Baskin, this engaging book employs humor and mistaken identity to explore the impact of the Great Pacific Garbage Patch on our environment as told through the eyes of two twelve-year olds.

“Superlative writing and character development uplift this timely story . . . An inspiring tale of friendship and conservation.”Kirkus Reviews, starred review

 

Christine Taylor-Butler: Before we get into the book, can you tell me a bit about yourself? For instance, many people think writers have always been writers but are surprised to learn many have professional non-writing jobs. What is yours?

Gae Polisner: I’m a lawyer by profession. I graduated from law school at the height of the 1991 depression when there weren’t a lot of job openings. My family law professor hired me. I started as a litigator but then I trained in family mediation. It uses a different side of my brain and I love it.

CTB: Law was your graduate degree. What was your undergraduate?

Gae: Marketing. Believe it or not that degree has helped me survive in publishing. It gave me the skills to put myself out there and make connections with readers and book buyers.

CTB: So how did you make the leap to writing?

Gae: I wrote all the time as a kid. When I was younger I was praised by teachers for my writing in elementary school and middle school. I got compliments in creative writing classes in college. But it was outside the scope of professional jobs. I planned to go to law school or medical school. My father was a surgeon so in my family, having a profession was a given. After graduating I practiced law and started a family. I was fulfilled in my life, but I missed being creative.

When I had my second son I started writing women’s fiction and got an agent. By the time my kids were eight and ten I was reading aloud to them every night. My agent was submitting and I was getting great feedback but lots of rejections. That’s when I decided I was going to write a book for my kids. I wanted to write the books I liked to read when I was younger. I loved Judy Blume and Madeleine L’Engle. I loved the Mixed Up Files.  I wrote The Pull of Gravity which was published by Frances Foster (FSG). It was two more years before I sold my next book, Summer of Letting Go (Workman/Algonquin). I’m most known for The Memory of Things which is about 9/11.

CTB: You have seven books in print now?

Gae: Yes. But that’s seven books out of twenty-two manuscripts. It’s been an interesting journey.

CTB: So let’s dig into your latest book: Consider the Octopus. This book caught me off guard. It’s not often I find such fun storytelling which is simultaneously covering a real science topic. Could you tell me how the idea came about?

Gae Polisner: I say it was a bit of synchronicity. I was headed for a swim and listening to NPR in the car when Norah called and said “Turn on NPR! They’re talking about the Great Pacific Garbage Patch.”

Note: Here’s the WYNC link for readers:

The Great Pacific Garbage Patch is Worse Than You Think.”

CTB: So you were both listening to the same broadcast when she called and you both had the same idea about creating a book using that as the basis for the adventure.

Gae: Yes. Nora and I had already collaborated on several manuscripts including a novel: Seven Clues To Home. So when she called I said, “Okay, let’s write this but the only requirement is that we write a funny book.” Neither one of us wanted the book to be solely an “issue” book. We wanted something that covered environmental pollution but wasn’t “heavy.”

CTB: Even so, you wanted to make sure the science was real.

Microplastics noaaGae: The garbage patch is often described as an island so initially I thought people could stand on it. When we were thinking of ideas for the book I wanted to put a research station there. Then I did research and realized the idea of it being an island was a misnomer. In photos you often see large groups of plastic trash floating in the ocean. There is quite a lot of that floating on the surface of the water and the “islands” are formed by the currents of ocean water. But most of the patch is composed of particles of plastics called microplastics. Some are microscopic which means they’re so small that you can’t see them. But they’re still dangerous to wildlife and the environment. According to the EPA it’s now found in every ecosystem on the planet.

CTB: To bring home the importance of this problem, the story is written in the points of view of two twelve-year old kids who form an unlikely friendship: Sydney Miller, who is invited to join the research ship after being mistaken for a famous scientist of the same name, and Jeremy Barnes, who is responsible for issuing that invitation. Did you and Nora write both voices together?

Gae: Actually, Nora wrote Sydney’s voice and I wrote Jeremy’s. Sydney’s character is funny but is the more serious of the two kids. Sydney has dreams and can’t believe what we’ve done to the oceans. She’s accompanied by her goldfish Rachel Carson who she smuggles on to the trip.

CTB: You were the voice of Jeremy. One of the fun aspects of this book were the titles for the chapters. Jeremy changes his nickname and the jokes are self-effacing and yet they project what is coming next in the text. For example, Jeremy JB “Not Made of Willpower” Barnes, or “Jeremy JB “Please, No More Puking” Barnes. No wonder kids find this book funny.

Gae: His voice was one of those muse things. I thought about boys I knew. The kids who were a cut-up and so smart but take a long time to recognize they are smart. One of my neighbors was like that and he was at my house all the time.

CTB: We tell readers (and aspiring authors) to spend a lot of time observing people and their behaviors to make their book characters real.

Gae: Yes. I look at how a kid’s brain works. Sometimes they are unintentionally funny. Once I knew who Jeremy was, writing his voice came easier

CTB: The majority of the book was set on a fictional research vessel named the Oceana II. Your details were so vivid I felt as if I were onboard with the Sydney and Jeremy. Have you been on a similar vessel?

Gae: No. It’s incredibly challenging to write that setting when you haven’t been on a research ship yourself. I’d never even been on a cruise ship. But there are plenty of places to get information. For instance, everyone thinks that SEAmester was a clever setting but it’s a real program. My friend’s son was interested in Marine Biology and did the program. Then he blogged about it so I got a sense of what it was like for a young kid to be on a research vessel in the middle of the ocean.

One of the great things about the internet is that I found a virtual tour of an Australian Research Vessel “Solander”. That allowed me to “travel” down into the lower levels and explore. The 3D tour was constantly open while I wrote. I could see how the different rooms worked including the dry room, the galley, etc..

AIMS Research Vessel Solander

RV Solander

CTB: What other resources did you find that readers might enjoy exploring?

The Jenny Ocean cleanupGae: There’s a lot of initiatives working on the problem. I sent you a cool link that follows “The Jenny.” It’s an ocean vacuum system that is having some success cleaning up the patch. It collected more than 30 tons of plastic. Readers can find it here at: The Ocean Cleanup.

I also found a documentary by Jack Johnson. It’s called “Smog of the Sea.” The film allows you to see how every mile of the ocean is filled with microplastics. You’re traveling in it when you’re sailing.

CTB: That’s amazing. You slip in so much science in a seamless way. Even something as simple as the “goldfish” t-shirt is written in scientific notation: “79 AU 196.97”. Seventy-nine is the atomic number for gold on the periodic table, AU in its elemental symbol and 196.97 is its atomic mass. You don’t go out of your way to explain everything, you leave some things for the readers to discover on their own. When writing science topics it always helps to have a second pair of eyes. Once the manuscript was complete did you and Nora reach out to people to read the draft?

Gae: We did. Norah reached out to Karen Romano Young. She’s a fellow writer and scientist who has been on a research ship. She’s also contributor to the Smithsonian Museum of Natural History. I asked a friend who is a marine biology teacher to read the book and vett the science before it was published.

CTB: One of the hardest parts about the pandemic was so many good books didn’t get the visibility they deserved. I wanted to help readers discover this particular book.  I just completed three books for the “Save The….” (Animals) series with Chelsea Clinton. One of the things that kept popping up what how many animals are endangered by the plastics in our oceans. Which, by extension, means we are also exposed as humans. We wanted, at the end of the book, to provide ways young readers can get involved and have a sense of agency. That you were able to highlight both in a book that uses humor and heart was such a bonus. Thanks for agreeing to be my guest this month.

Gae: You’re welcome!

sample from book

Win a FREE copy of  Consider The Octopus.

“A fun read… made me laugh… also has a really powerful message about how we need to save the environment.” Ronak Bhatt, Kid Reporter: TIME for Kids

Enter the giveaway by leaving a comment below. The randomly-chosen winner will be contacted via email and asked to provide a mailing address (within the U.S. only) to receive the book.

Good luck!

 

PolisnerGae Polisner is the author of seven books for young people. Awards and honors include Booklist and Kirkus Starred Reviews, The Wisconsin’s Children’s Choice book award, The Nerdy Book Club Award, the Pennsylvania School Library Association’s list of best fiction and others. Consider the Octopus is her first middle grade novel with a STEM focus.

To learn more about Gae and her books, please visit www.gaepolisner.com. You can follow her on Twitter @gaepol
***
Christine Taylor-ButlerYour host is Christine Taylor-Butler, MIT nerd and author of three books in Chelsea Clinton’s Save The . . . (Animals) series and many other nonfiction books for kids. She is also the author of the middle grade sci-fi series The Lost Tribes. Follow @ChristineTB on Twitter and/or @ChristineTaylorButler on Instagram

Creative Braining

BRAINS! BRAINS! BRAINS!

As much as I’d love it to be a post about zombies; this is not a post about zombies. 

It’s about creating.

Although it’s not about creating brain-eating reanimated beings shambling endlessly in search of the living, I hope to shed some light on how we creators shamble endlessly in search of creating something unique and satisfying. And it all starts in our heads. In our brains to be exact. 

My mother was known to use the phrase, “You put crap in. You get crap out” when addressing her five, often rock-headed teenage sons. My lone sister, a voracious reader of all things, never seemed to receive this nugget of wisdom from mom. It appears the boys were singled out because of the music, horror movies, comedians with “poor language choices”, etc. that we consumed. Nevertheless, “Crap in. Crap out.” has stuck with me. (Thanks, Mom!)

I recently bought Scientific American’s Secrets of the Mind from their awesome catalog of eBooks. These books from Scientific American are compilations of their articles about a particular topic which I highly recommend. Secrets of the Mind has not disappointed me so far. In fact, it hits the ground running with the Introduction, “Mind from Matter” by Andrea Gawrylewski, and breaks into a sprint from the very first article, “How Matter Becomes Mind” by Max Bertolero and Danielle S. Bassett.  

Bertolero and Bassett’s article is about the network architecture currently being defined and refined in their and others’ recent brain cognition research. I was fascinated, to say the least. We’ve possessed accurate maps of the human brain for quite some time with the brain regions defined by their functions, i.e. vision, motor, emotions, etc. However, these accurate and defined maps of the brain do very little to explain how the brain really works. 

The next wave of research is examining just how these regions fit into the network of the brain to allow us to be walking, talking, thinking, and creating humans. And you know what? It turns out Mom was right again! Crap in certainly leads to crap out in the brain.  

An experiment by US radio engineer Archie Frederick Collins in 1902 tried to use a human brain as a radio wave detector. Public domain, via Wikimedia Commons

The nitty-gritty of a brain network:

The brain network, like most networks, consists of basic building blocks named nodes and edges. Nodes are the units of the network, which, in the brain’s case, are the individual neurons. Edges are the connections between the nodes. The brain’s edges are how neurons are intertwined with the other neurons. 

The brain has modularity, it has a localized network where the nodes show stronger connections to each other. Such modules have specific functions. Sensory and motor cognitive processes involve adjoining modules that are mainly confined to a specific lobe of the brain. The brain needs to put together or process information from multiple, confined modules to make sense of cognitive tasks.

Imagine reading a book without being able to incorporate the emotional modules. The reader experience would be greatly diminished. Since our brain can’t let that happen (You have to take that emotional hit in Bridge to Terabithia to experience the total impact of the story, right?) it’s evolved hubs.

Hubs are nodes where the brain’s different modules meet. They control and mesh activity from multiple modules. Some of these key hub modules, like the frontoparietal control module and the default mode module, make important global connections between brain lobes. 

Secrets of the Mind

As we can see, a network in our brain is built upon a structural framework of nodes, edges, modules, and hubs. A rigid, standard architecture, right? Yes and no. If the parts and processes are similar in all of our brains, why don’t we all think, act, and react similarly? Why aren’t we all like a shambling species of zombies thinking and responding the same to the same series of inputs?

It’s because we all have slight variations in the way the circuits in our brains are wired. New methods of mapping and analyzing brain activity show we all have distinct “fingerprints” inside our heads. Plus, if a brain network has strong hubs with many connections among modules, its modules are segregated from one another allowing for more efficient storage and processing. 

Stronger functional connections show a stronger functional capacity. 

This specific organization allows the brain to function as an integrated network of thoughts, feelings, quirks, flaws, and mental strengths. It allows us to establish our unique identity and maintain it. Our brain network makes us who we are today and tomorrow.

In Austin Kleon’s classic, Steal Like an Artist, he says,

“A wonderful flaw about human beings is that were incapable of making perfect copies. Our failure to copy our heroes is where we discover where our own thing lives. That is how we evolve.

So: Copy your heroes. Examine where you fall short. What’s in there that makes you different? That’s what you should amplify and transform into your own work.

In the end, merely imitating your heroes is not flattering them. Transforming their work into something of your own is how you flatter them. Adding something to the worlds that only you can add.”

It all fits in. It all makes sense in the grand scheme of how our creative brains work.

Science shows it.

Artists show it.

Mom knew it all along.

We are the sum of all we take in. Our wonderful and unique brains take all the data we feed them and then process it into something only each of us can produce. When we allow ourselves the courage to create from what’s between our ears, we create something brand new and unique. The more we stock our brains with quality input data, the more we have in the creative well to draw from.

Austin Kleon gives the advice, “Write the book you want to read.

How do you do this? By using your unique fingerprint of nodes, edges, modules, and hubs to do the work of turning the things you input into outputs only you can create.

Creative braining wins!

Read. Write. Repeat.