Posts Tagged science

Geeking Out on Science– A Weekend at the World Science Festival

This past weekend it was my great thrill and honor to be a part of the World Science Festival in New York City.

 

From their website, www.worldsciencefestival.com:

OUR MISSION:
Our mission is to cultivate a general public informed by science, inspired by its wonder, convinced of its value, and prepared to engage with its implications for the future.

OUR WORK:
The World Science Festival gathers great minds in science and the arts to produce live and digital content that allows a broad general audience to engage with scientific discoveries. Through discussions, debates, theatrical works, interactive explorations, musical performances, intimate salons, and major outdoor experiences, the Festival takes science out of the laboratory and into the streets, parks, museums, galleries and premier performing arts venues of New York City and beyond.

 

I bolded the last part of their work. That is because I think that’s the most important thing that this organization does, gets science OUT to the real world, where the people are. If you know me, you know that I am very passionate about science, particularly as it applies to technology and engineering. So being a part of this amazing organization was a definite career and personal high.

Why am I telling you this? Because they invited me to be a part of this event not for my science degree, or the fact that I am a middle school science instructor, but because I write science books for kids! Yes, this weekend was a true mix of science and literacy.

 

Saturday night I was a part of the Saturday Night Lights: Stargazing at Brooklyn Bridge Park event.


 

We played science trivia mostly centered around my book, Astronaut- Aquanaut: How Space Science and Sea Science Interact (NGKids, 2018).  As you can see on the screen, I asked questions and they voted on which they’d rather be– astronaut or aquanaut. It was close, but astronauts won (not surprising since the entire night was focused on space).

 

The rest of the night was an exciting mix of on-stage science experiments (who doesn’t like to see things blow up?) and scientists talking about Dark Matter. (wow!) But the literacy/STEM tie-in wasn’t done. Another scientist/children’s author came to the stage to share her book, but in a unique way. It was a journey of what you might see while “vacationing” on Mars. Jana Grcevich has her PhD in astronomy and wrote this fun book:

 

The final part of the night was truly amazing because world-famous conductor and composer Eric Whitacre played the music that he wrote to Deep Field, the images of over 3,000 galaxies that were found using the Hubble Space Telescope. Eric shared his artistic journey for creating this piece of music. To my surprise, it was similar to how I write a book. As the music poured out of the speakers, we all stood in awe and watched the awesome images of galaxies millions of miles away from us appear on the big screen.   To have the music mixed with the science made a a true STEAM moment if I’ve ever seen one. It was quite simply… magical.

 

Even if you aren’t into science, you will mostly likely be enthralled by this video. It is spectacular. That, my friends, is the feeling of science that I would love everyone to experience. I endeavor to show my passion and excitement for science through my books. Eric does it so well with his music. Both ways are wonderful. Science and the arts are not separate, but are intertwined. They both engage the senses, inspire passion, and show passion for science in similar ways.  It is my hope that kids and adults everywhere can see that science is not scary, or boring, but surrounds us every day in everything we do. However you choose to do science, is perfectly correct.

I invite you to go out and STEAM up the world!

STEM Tuesday — Epic Achievements and Fantastic Failures — Interview with Anna Crowley Redding

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 Anna Crowley Redding about GOOGLE IT: A History of GoogleThe book received a starred review from Booklist, saying, “Redding does an admirable job of chronicling Larry and Sergey’s amazing successes and will inspire young people to follow in their ingenious footsteps.”

Mary Kay Carson: How did Google It come to be?

Anna Crowley Redding: This book was the brainchild of my incredibly talented and brilliant editor, Holly West. We are both excited about technology and the human stories behind tech. The more we talked, the more excited I became and dove into the research immediately. We knew from the start that this should be a fun look at exactly how this company came to be and that, of course, begins with the dreams, ideas, hard work, and failures of two students. Starting with that focus in mind, I have to say it was really delightful peeling back the onion layers of Google. That’s not to say that there aren’t serious or poignant parts of this story, there truly are. And exploring those aspects really allowed the book to demystify this huge company and the people behind it. From losing a dad, to coming to this country as a child refugee, to constant rejection, and then controversy, the personal struggles and triumphs are as much a part of the story as the technology.

MKC: Do you have a favorite aha! discovery or surprise finding you’d like to share from your research?

Anna: As far as aha! moments, there were many, but two stand out. First, reading about artificial intelligence and machine learning changed the way I think about our future and it changed the way I teach my own children about the future. As a society, we are the candlemakers standing at the dawn of electricity. That’s how big these developments are and it made me realize anew the importance of critical thinking, communication, and flexibility. These are the skills every child needs for our future. While a big change like that can be scary to think about, it can also be super exciting and fascinating. Another bit of research that changed the way I think was learning about failure, Google’s failures as a company, and the failures of people who work there… and most importantly, how THEY view failure––as a key ingredient to success. When you look at failure as an intellectual exercise, as a tool for improving your effort, as getting you closer to the solution for the particular problem you are trying to solve, well then it becomes far less personal and emotional. Your journey becomes very much about the process itself instead of a focus on instant perfection. One of Google’s attitudes about this is: fall in love with the problem, not the solution. This changed the way I approach my work, parenting, and just about everything else. It’s a concept I also actively teach my kids.

MKC: Why do you choose to write STEM books?

Anna: My background is in journalism, starting with television news. And as a TV news reporter, so much of current events touches STEM. From stories on ice-storms, plane crashes, environmental pollution, medical stories, crime, public policy and more––they all involve STEM. And using technology itself to gather and report the news is essential. That experience has kept me perennially interested in all things STEM. As an investigative reporter, that’s where I fell in love with research. The process of digging and digging is something I truly enjoy. And the common thread with every story is storytelling itself… how do I take these facts, this science, or tech and talk about it in a way that is as compelling as it is informative. As far as choosing STEM topics for writing books, I love stories about big thinkers and risk takers and naturally STEM fields are full of those stories. Sometimes when we think about STEM, it can be easy to focus on the STEM topics or products themselves, rather than how people connect to these subjects. The human aspect of STEM is what I find endlessly fascinating. Enormous problems are being solved and that requires personal and intellectual bravery. I find that very moving. It really is rewarding to tap into that part of STEM. And hopefully, in taking that angle, young readers can see themselves in these fields, in these careers, solving the problems they deem worthy.

Before diving into the deep end of writing for children, Anna Crowley Redding’s first career was as an Emmy-award winning investigative television reporter, anchor, and journalist. The recipient of multiple Edward R. Murrow awards and recognized by the Associated Press for her reporting, Anna now focuses her stealthy detective skills on digging up great stories for young readers — which, as it turns out, is her true passion. AnnaCrowleyRedding.com

MKC: To whom did you imagine yourself writing to while drafting the book?

Anna: When I was writing this book I thought a lot about my older brother as a kid. His room was full of Star Wars posters and toys. He loved Lost in Space. Every book that Elon [Musk] adored as a kid, so did my brother. So my writing goal was to write a book that my brother might have picked up and been inspired by. For Google It, it was important to recreate the world that needed Google. That meant going back to the past in a relatable and sometimes funny way to think about life before Google. What types of phones did we use? How did we get to the library if we didn’t have directions? It really was a different world, recreating that for young readers in a relatable way was, for me, an essential ingredient in bringing Google’s story to life. Hopefully that will allows students to think about today’s tech and problems the same way and challenge themselves to take these problems on–– (whether political, technological, artistic, whatever they find interesting!)

MKC: You’ve also written a book about Elon Musk, correct? What’s the appeal of entrepreneurs and inventors?

Anna: Elon Musk’s life is fascinating. Young readers are going to love diving into his back story and understanding what drives him and how he got where he is today. In ELON MUSK: A Mission to Save the World, I spend a lot of time on who Elon was as a child and as a reader. The science fiction and comic books he read as a child were his refuge from school bullies, from a complicated home life. Ultimately those stories inspired him to ask big questions, examine the world’s biggest challenges and do something about them. And when I tell you he read, I mean he read every science fiction book he could physically put his hands on. At the comic book shop, he read every comic book in the store! Flash forward to today, Elon has changed the game for electric cars. His company, SpaceX, has revolutionized rocket technology and is making plans to colonize Mars. Even though Elon often courts controversy (or controversy courts him), his work and the way he approaches problem-solving, his tolerance for failure in the course of reaching a goal––is fascinating. I hope that readers will themselves in his story, that they see their own seemingly unattainable dreams as worthy pursuits.

Win a FREE copy of Google It

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!

Your host is Mary Kay Carson, author of Alexander Graham Bell for Kids, Mission to Pluto, Weird Animals, and other nonfiction books for kids. @marykaycarson

STEM Tuesday — Epic Achievements and Fantastic Failures– In the Classroom

This week explore the importance of bringing epic achievements and fantastic failures to your classroom. Let the stories of people persisting in the face of seemingly impossible odds inspire your students to consider how STEM might figure into their everyday lives and future careers. And remember, managing failures is part of the arc of success. Set-backs and disappointments help STEM professionals improve, invent, and innovate their way to their dreams.

Create a “Dream Big” Bulletin Board. Before introducing this month’s books to students, ask students to respond to these prompts:

  • Think about the technology around you—everything from paper plates to bandages to medicine to transportation systems and more. All of these things were figured out by people. Which technologies impress you the most? Why? What else can you think of that’s a big-deal achievement in science, technology, engineering, or math?
  • Scientists explore the unknown and try to describe and explain the world and universe around us. What’s the most amazing scientific discovery you know of? What big questions do you wonder about that science might answer someday?
  • What’s the most amazing discovery or invention you can imagine making?

After students complete index cards or journal entries in response to the selected prompt, give them time to exchange ideas about their “big dreams” with each other. Encourage them to think bigger and bigger as they talk. After several minutes, ask students to consider their answers as a group:

  • What common themes can you find across different achievements and dreams? (For example, several ideas might relate to discovering a cure for disease or inventing a way to travel quickly from place to place.)

Post student ideas on a “Dream Big” bulletin board and refer to it as a context that will help them connect to any of the tales of success or failure in the books from this month’s STEM Tuesday list. As students read the books, ask them to identify the “big dream” behind each success, and motivating the people in the stories to overcome failures along the way.

Is it Failure or Just Practice for Success? In many quarters, failure has a bad reputation. Sure, we all feel like celebrating when things go right, but it’s important to understand that if we are going to achieve anything — epic or everyday — we are likely to encounter bumps, mistakes, hiccups, set-backs, and mess-ups along the way. The better we can accept failures and learn from them, the more we will learn and achieve. You can help students explore this idea with one of these engineering design challenge “launchers,” which focus on the engineering design process and how it embodies a growth mindset. After students test their first design ideas, challenge them to improve the performance of their designs. Lead reflection on how students’ final (and usually improved) designs evolved from the designs’ initial shortcomings and set-back (failures). Be explicit that in many ways, failure is something to embrace—as a chance to learn and explore in new directions.

Support Independent Bookstores - Visit IndieBound.orgConnect students’ experiences with design failures with highlights from a TED Talk and an interview with Astro Teller. Teller, the “Captain of Moonshots” at X, a Google company featured in Google It: A History of Google, discusses his own view of success and failure, and the importance of committing to projects that may or may not succeed. Speaking of moonshots…

 

Support Independent Bookstores - Visit IndieBound.orgMap the Ups and Downs along the way to an epic achievement, such as figuring out how to achieve powered flight or landing people on the Moon. You’ll find these stories in Countdown, Rocket to the Moon, and Epic Fails The Wright Brothers: Nose-Diving into History. To map the vicissitudes of these or any other accomplishments, begin by drawing a horizontal timeline across a piece of paper near the middle. Label the line with each chapter, episode, or student-identified turning point. Ask students to make a mark above or below each label indicating the degree to which the episode seems like an “up” or “down” moment (when people were meeting Support Independent Bookstores - Visit IndieBound.orgwith success or failure/setback); then connect the dots. Students can also keep similar timelines in their journals representing their experience of projects in science, technology, engineering or math. Encourage them to focus on the relationship between achieving and navigating through—and learning from—failures.

 

Support Independent Bookstores - Visit IndieBound.org

Combined with hands-on activities and opportunities for student reflection, stories of STEM successes and failures can’t fail to inspire and engage students. How do you help students identify their own, personal “moonshots”? What do you do to foster risk-taking? Drop us a line in the comments suggestion below!


As a co-founding consultant at Blue Heron STEM Education and a partner in STEM Education Insights, LLC, STEM Tuesday contributor Carolyn DeCristofano, MEd, supports the development of high-quality, research-based STEM education resources that inspire students and teachers alike. An acclaimed author of STEM books for kids, including A Black Hole is NOT a Hole and Running on Sunshine: How Solar Energy Works, she enjoys bringing the joy of STEM, creativity, and writing to school groups.