Posts Tagged nonfiction

STEM Tuesday– Periodic Table — Book List

The periodic table is an ordered arrangement of the chemical elements and it explains so much about the world around us. It’s never too early to introduce this concept to children, and these engaging books below do a great job of summarizing the information in kid-friendly ways as well as showing their relevance in everyday life.

 

 

A Kids’ Guide to the Periodic Table: Everything You Need to Know about the Elements written by Edward P. Zovinka and Rose A. Clark
This book provides a comprehensive dive into the Periodic Table, from aluminum to zinc. It features the history and science behind each element, and gives an overview for each one. The great thing is that it also shows children how these elements are relevant and make their way into pretty much everything around us.

 

 

 

Illustrated Encyclopedia of the Elements written and illustrated by Lisa Congdon
This visual encyclopedia includes an entry for each element, detailing its history, special traits, and uses in the world. With gorgeous illustrations and accessible text, Congdon showcases both her background as a science educator and her signature style as an artist.

 

 

 

 

Science Comics: The Periodic Table of Elements: Understanding the Building Blocks of Everything written and illustrated by Jon Chad
Graphic novels are a fantastic way to engage children and teach them scientific concepts. SCIENCE COMICS does a great job by creating a fictional narrative that pertains to STEM concepts. A book of fun chemistry experiments has fallen into the wrong hands and the protagonist must use her knowledge of the Periodic Table to save the day.

 

 

 

The Element in the Room: Investigating the Atomic Ingredients that Make Up Your Home written by Mike Barfield & illustrated by Lauren Humphrey
Join super-sleuth Sherlock Ohms on a series of scientific investigations about the atomic foundations of the world. Amid introductions to each of the elements, readers will unlock answers to the case of the smelly feather, the case of the burning Brazil nut, and more. Interspersed throughout the book are a series of comics that introduce famous chemists from history.

 

 

 

Quiz Yourself Clever! Elements by DK
What better way to learn a STEM concept than by quick and fun quizzes? This book includes interesting facts and relevant applications for all the elements in the periodic table, not to mention eye catching images. It also includes hundreds of quick-fire questions for children to test their knowledge.

 

 

 

Animated Science: Periodic Table written by John Farndon & illustrated by Shiho Pate
This comic book aims to demystify the Periodic Table in a way that makes science fun. It rebrands the eight groups of elements with memorable names, like the Fizzies and the Gassies, and personifies each of the elements with eye-catching illustrations. Along the way, readers will learn how the Periodic Table came to be, how it is organized, and how elements combine to form every substance in the universe!

 

 

 

 

Everything You Need to Ace Chemistry in One Big Fat Notebook (Big Fat Notebooks) written by Jennifer Swanson
This series developed by Workman Publishing provides comprehensive guides for high school students. This one in particular focuses on chemistry, starting with atoms, elements, compounds, and of course, the periodic table. It also features other chemistry concepts from quantum theory to the pH scale to chemical reactions.

 

 

cover of Sam Keen's book "The Disappearing Spoon" featuring chemistry beakers on a black background

 

The Disappearing Spoon written by Sam Kean
This book retells the surprising and fascinating history of the Periodic Table and the many scientists whose “elemental” discoveries changed the world of science. Kean connects chemistry concepts to world history (for example, by tracing the development of chemical warfare all the way from ancient Greece to World War I) and captures the personalities, politics, and rivalries of pioneering scientists, from Dmitri Mendeleev and Robert Bunsen to Marie Curie and Linus Pauling.

 

 

 

 

Women in Chemistry written by Mary Wissinger and illustrated by Danielle Pioli
This book was designed to motivate young girls to learn more about the world of STEM. It provides accessible information about scientific concepts but is structured in an engaging way. The narrative follows a curious young girl who asks questions which are then answered by a narrator. The book also features mini biographies of notable female scientists from Rosalind Franklin to Ada Yonath.

 

 

Kate the Chemist: The Big Book of Experiments written by Kate Biberdorf
Dr. Kate Biberdorf, aka “Kate the Chemist,” is on a mission to make science fun. Her engaging, hands-on approach shines through each of the 25 experiments featured in this book. Perfect for kids to try at home or for teachers to demonstrate in class, this book includes step-by-step instructions for making slime, writing secret messages, and more – complete with accessible explanations about the chemistry behind each project. Don’t miss the sequel, The Awesome Big Book of Edible Experiments for Kids.

 

 

 

 

Our World in Pictures The Periodic Table Flash Cards Cards written by DK
Instead of a book, children can read and look through a beautiful deck of flash cards about the periodic table. Each card describes a different element, from its basic information to more in depth details. The deck also includes a glossary and visual aids. It turns learning about the elements into a fun game!

 

This month’s STEM Tuesday book list was prepared by:

Author Lydia Lukidis

Lydia Lukidis is an award-winning author of 50+ trade and educational books for children. Her titles include DANCING THROUGH SPACE: Dr. Mae Jemison Soars to New Heights (Albert Whitman, 2024), DEEP, DEEP, DOWN: The Secret Underwater Poetry of the Mariana Trench (Capstone, 2023), which is a Crystal Kite winner, Forest of Reading Silver Birch Express Honor, and Cybils Award nominee. A science enthusiast from a young age, she now incorporates her studies in science and her everlasting curiosity into her books. Another passion of hers is fostering a love for children’s literacy through the writing workshops she regularly offers in elementary schools across Quebec with the Culture in the Schools program. For more information, please visit www.lydialukidis.com.

 

 

author Callie Dean

 

Callie Dean is a researcher, writer, and musician living in Shreveport, LA. Her first picture book, Marvelous Mistakes: Accidents That Made History, will be published in 2026. For more information, please visit https://calliebdean.com.

STEM Tuesday– Radio/UV Waves and Applied Physics — Author Interview

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

Today we’re interviewing Suzanne Slade, author of Unlocking the Universe: The Cosmic Discoveries of the Webb Space Telescope. Unlocking the Universe transports readers to NASA for an up close look at how the James Webb Space Telescope was designed, built, tested, and deployed. The behind the scenes photographs and wonderous space images will leave you agape in wonder!

Unlocking the Universe has been named:

  • Junior Library Guild Selection
  • NSTA 2025 Best STEM Book
  • New York Public Library Best Books for Kids

Plus, you can watch a goose-bump inducing book trailer here.

And now, let’s launch into the interview!

Emily Starr: I’ll start with the obvious. The Webb images are breathtaking! What was your involvement in choosing which images to include?

Ring Nebula

Ring Nebula

Suzanne Slade: I started writing this book before Webb had released any space images, so it was super exciting when its first image, a gorgeous galaxy cluster, was unveiled on July 11, 2022. After that, I waited with bated breath for each new spectacular image.

I wanted the book to share a variety of Webb space images, such as nebulas, galaxies, dying stars, nurseries where stars were being born, and more. For example, this image of the Ring Nebula (left) revealed new details of a dying star at the center that gives us a glimpse of what could happen to our Sun. (But nobody panic. The Sun has billions of years left!)

To be honest, there were so many gorgeous images that it was excruciating to decide which ones would make the cut. Near the end of the project, we did manage to squeak in some extra ones on the cover montage, in the back matter pages, and in the end sheets.

Emily Starr: This month, the blog is helping readers explore radio/UV waves and applied physics. Physics concepts can sometimes seem difficult and complicated to children (and some adults!) – like the electromagnetic spectrum. What are your considerations when thinking about how to make advanced science easy for kids to understand?

Suzanne Slade: There are many things to consider when writing about complex science topics for children. Here are a few I implemented in this book.

James Webb Space Telescope

James Webb Space Telescope

Near the beginning of the book some basic science/space terms are defined within the text, such as “nebula” and “exoplanet,” to help readers ramp up on the topic.

Sidebars with colorful infographics helped explain more complicated topics (like the electromagnetic spectrum.)

As we know, a picture is worth a thousand words. So we made the decision to use photos, instead of illustrations, for the entire book. As I poured through hundreds of potential photos to show readers how the Webb telescope was designed and built, I carefully selected interesting ones that would draw the reader in.

Two page spread showing the Webb Space Telescope's primary mirror

Two page spread showing the Webb Space Telescope’s primary mirror

I also looked for photos which shared bits of information not covered in the text. For example, the book explains how Webb’s large primary mirror, which collects distant light in space, is made up of 18 hexagonal shaped gold panels. The photos in the spread at the left show how the panels are assembled into the primary mirror plus more, such as the size of the mirror relative to the workers, the precise way the panels fit together, how the workers and many components were protected from dust contamination, etc.

Emily Starr: Small blocks of layered text also make the book very accessible to younger readers. How did that format come about?

Suzanne Slade: The design layout, which includes the layered text you mention, was a collaborative effort between myself, the editor, and the spectacularly creative book designer. We tried a few different ideas before arriving at the book’s final design. One fun aspect about creating this book, which is not common in most book projects, was that I was able to meet with the editor and book designer in person can discuss the layout. Fortunately, I live north of Boston part-time, and the publisher, Charlesbridge, is located in Watertown near Boston.

Emily Starr: What was your process for contacting experts and conducting interviews at NASA? Was the agency receptive and helpful?

Suzanne Slade: It can be challenging to know who to contact at NASA or other agencies when working on science books, and these smart experts are very busy people. As luck would have it, one of my high school acquaintances, Dr. Jonathan Gardner, is the Deputy Senior Project Scientist for the JWST. I reached out to him, and he kindly agreed to answer questions and vet the manuscript, which was extremely helpful. I had worked with a NASA engineer, Sandra Irish, on a previous project. She was enthused about this book topic and happy to share her expertise. There are also great online interviews which were helpful as well.

Emily Starr:  The JWST was such a long and complicated project that I’m sure you sifted through piles of research. How did you decide what details to include in the book?

Suzanne Slade: I could write volumes about research and the difficult process of deciding which information to include in a book and what seems best to leave out. The short answer is: I try to include some content that readers can easily understand or may already be familiar with, along with new information that will expand their understanding of the topic and hopefully inspire them to want to learn even more. I prioritize facts and random information nuggets I feel young readers will find fascinating.

Orion Bar

Orion Bar

Emily Starr: As an educator who teaches students to expect and even celebrate failures, I appreciated the section about testing and setbacks. Why was it important to you to include those details?

Suzanne Slade: I’m a mechanical engineer who used to work on rockets and car braking systems, so I understand a big part of engineering and science is trial and error, or mistakes and re-designing. I think it’s important for readers to understand that progress in science is built on failures. As a storyteller, I also know that a happy ending is more satisfying when the journey to get there was filled with challenges that needed to be overcome.

Emily Starr: Many of your books delve into interesting space-related topics. What do you hope readers understand about space by reading your work?

Suzanne Slade: Basically I hope they catch a glimpse of the enormity of space, and the many mysteries and unanswered questions about our cosmos we have yet to understand. I’d also be pleased if my books inspire readers to pursue their dreams of a career in a space related field, such as a researcher, teacher, engineer, explorer, or citizen scientist.

Emily Starr:  Are you working on other space-related projects in the near future? (Actually, we would be happy to learn about any of your upcoming projects!)

Suzanne Slade: In celebration of the 50th anniversary of the first moon landing, I wrote Countdown: 2979 Days to the Moon and Daring Dozen. Since then, I’ve been thinking about the many talented women who made the Apollo missions possible. So I wrote a book about the sharp, dedicated women who helped engineer, stitch, design, plan, and execute the Apollo moon missions. Of course, thousands of women worked on those missions, so it was difficult to decide how many women to feature. In the end, I decided to share the stories of twelve women to mirror the twelve men who’ve walked on the moon so far. This exciting book, titled Women on a Mission, releases in October 2025. I can’t wait!

 

Sibert Honor author Suzanne Slade has written more than 150 children’s books. As a mechanical engineer who worked on rockets, many of her titles are about space and women in STEM. Some recent titles include The Universe and You, Mars Is: Stark Slopes, Silvery Snow, and Startling Surprises, June Almeida, Virus Detective!, The Woman Who Discovered the First Human Coronavirus, and A Computer Called Katherine: How Katherine Johnson Helped Put America on the Moon (NSTA Best STEM Book). Her title, Astronaut Annie, soared to the ISS and was read by astronaut Anne McClain for Story Time From Space.

 

 

Emily Starr

As a former fourth grade teacher and founder of StarrMatica, a STEM publishing company, Emily Starr has developed award-winning K-5 science curriculum and professional learning materials for 20 years. She is a member of the Iowa State Science Leadership Team, a peer reviewer for the National Science Teaching Association’s journal Science and Children, and a frequent presenter at state and national education conferences. Her debut middle grade nonfiction book will be released in 2025 from the Iowa Ag Literacy Foundation.

 

 

STEM Tuesday– Radio/UV Waves and Applied Physics — In the Classroom

 

Bright blue semicircular lines against a black background emanate from a central point to the left and the right. Text reads: Understanding and Using Radio Waves.

 

Understanding and Using Radio Waves
by Elizabeth Rubio

The focus of this book is on the portion of the electromagnetic spectrum called radio waves, but it also does a good job covering what the electromagnetic spectrum is. It also explains the difference between ionizing and non-ionizing radiation, which ties into the books X-Rays and The Radium Girls. The book also looks at the many ways radio waves are used.

 

White skeleton of chest and neck glows against a blue outline of a human body, against a black background. Text reads: Super Science Feats: Medical Breakthroughs: X-RaysSuper Science Feats: Medical Breakthroughs: X-Rays
by Alicia Z. Klepeis

This book briefly covers what x-rays are and what they can do.

 

Text reads: The Radium Girls: Young Readers Edition. Underneath, a surface covered in bright green holds a paintbrush, with green paint dripping off it, a bottle containing a green substance, a clock, and a skeleton.The Radium Girls
by Kate Moore

What happens when people are exposed to light waves emitted from radioactive material? This book tells the stories of a group of women who were exposed to radioactive radium through their work. This is not an easy read emotionally, but it tells a very important story.

 

 

The text Microwaves shows over a white, round, object sitting on a metal structure. Blue lines emanate from the ball.Microwaves
by Tracy Vonder Brink

Ever wondered how microwave ovens work? Check out this book for a brief overview of microwaves and how they are used to cook food.

 

A hand holds a cell phone. The image on the phone is a wifi symbol. Text reads How it Works: Wi-Fi.

Bonus Book: WiFi (How It Works)
by Janet Slingerland

This book provides an introduction to WiFi. It includes what radio waves are and how they are used to transmit signals, connecting devices through WiFi networks.

 

The electromagnetic spectrum (EMS) is one of my favorite science topics, and there are so many different things you can do with it. Here are just a few.

Search for Waves

Light waves are all around us all the time. Have students look around them to see how many different types of electromagnetic light waves they can find in their daily lives.

Give students an EMS chart like this one: https://www.ces.fau.edu/nasa/module-2/radiation-sun.php. Have them place things that use EMS waves onto the chart, in their proper location. For instance, everything we see falls into the visible light area of the EMS. Cameras/photographs could also be placed in this area.

BBC Bitesize has a great table that details different ways the various EMS wave types are used: https://www.bbc.co.uk/bitesize/guides/z79hvcw/revision/2

 

Explore Light

As explained in Understanding and Using Radio Waves, NASA uses radio waves to explore outer space. They have a great educators guide that covers the electromagnetic spectrum: https://www.nasa.gov/stem-content/the-electromagnetic-spectrum-unit. The activities involve building spectroscopes, instruments that allow people to separate and study light.

Exploratorium has another spectrograph activity: https://www.exploratorium.edu/snacks/cd-spectroscope

To explore how light is used to transmit audio, check out this activity:   https://www.exploratorium.edu/snacks/modulated-led. This would be great for a makerspace.

Another type of light that’s fun to explore is polarized light. This activity is also reminiscent of x-rays: https://www.exploratorium.edu/snacks/bone-stress

 

Have Fun with Luminescence

As described in The Radium Girls, people were enthralled by the luminescent beauty of radium. Here’s an activity that explores luminescence using a chemical reaction: https://www.exploratorium.edu/snacks/glow-up

You could also have fun exploring with a UV flashlight. This ties in with STEM Tuesday’s Bioluminescence topic from October 2024.

 

Consider OSHA

The story of the radium girls helped spur the creation of OSHA (Occupational Safety and Health Administration). Some legislators have called for eliminating OSHA. Have students explore OSHA – https://www.osha.gov – and what is does. After this investigation, do they believe OSHA should be eliminated or not? Have them write an essay or hold a debate to present their positions.

 

More Activities

Here’s another makerspace activity to build a WiFi antenna out of cans: https://www.shtfpreparedness.com/build-tin-can-wifi-antenna

PBS Electromagnetic Spectrum Tour: https://www.pbs.org/wgbh/nova/physics/electromagnetic-spectrum.html

PBS Learning Media – The Electromagnetic Spectrum (grades 9-12): https://whyy.pbslearningmedia.org/resource/buac20-912-sci-ps-emspectruminfographic/the-electromagnetic-spectrum

5 Activities to Explore the EMS: https://www.brightinthemiddle.com/exploring-the-electromagnetic-spectrum-through-5-fun-wow-factor-activities

 


Woman with short brown hair and glasses, smiling.Janet Slingerland is the author of more than 20 books for young readers. To find out more about Janet and her books, check out http://janetsbooks.com.