Showing titles in Physics

Explore a hidden microscopic universe and ignite lifelong STEM curiosity through this playful quantum physics adventure. Perfect for family road trips or educational listening on the way to school, this wonder-filled story transforms the spookiest ideas in science into an imaginative journey...

Turn complex astrophysics into a cozy bedtime space adventure that sparks wonder and STEM curiosity in young minds. Stepping out from a familiar backyard night sky, listeners are guided by a friendly astronomer to explore the hidden rules of our vast universe. It is the perfect blend of gentle...

Transform your daily commute into a wondrous journey through spacetime where physics for kids becomes pure magic. This playful children's science adventure turns falling apples and bouncing on beds into a captivating exploration of gravity. Perfect for curious minds listening in the backseat...

From world-renowned autism spokesperson, scientist, and inventor Temple Grandin -- a book of personal stories, inventions, and facts that will blow young inventors' minds and make them soar. Have you ever wondered what makes a kite fly or a boat float? Have you ever thought about why snowflakes...

La rueda es una máquina simple. Una máquina es cualquier herramienta o aparato que facilita el trabajo. Las ruedas giran alrededor de un eje. Las ruedas nos permiten movernos más rápido de un lugar a otro. ¿Qué más pueden hacer las ruedas y los ejes?

Una polea es una máquina simple. Las máquinas simples facilitan el trabajo, como levantar cargas pesadas o mover cosas de arriba a abajo. Las poleas nos ayudan a levantar cosas que no podemos levantar solos. ¿Qué más puede hacer una polea?

Una rampa es una máquina simple. Las máquinas simples facilitan el trabajo. Las rampas ayudan a los trabajadores a mover las cosas pesadas de un lugar alto a otro bajo. ¿Qué más pueden hacer las rampas?

Una palanca es una máquina simple. Las máquinas simples facilitan el trabajo. Usamos la palanca muchas veces sin darnos cuenta porque es muy sencilla. ¿Qué más pueden hacer las palancas?

You push your friend while they swing. You pull open a door. What happens when you push or pull an object? Let’s investigate pushing and pulling forces!

In science fiction, hoverboard users glide above sidewalks on machines that look like skateboards with no wheels. How could one of these floating boards be created? Scientists have some ideas, which include using powerful magnets. Discover the science and technology behind what it would take to make a real-life hoverboard!

This audiobook follows the adventures of Max Axiom as he explains the science behind light.

This audiobook follows the adventures of Max Axiom as he explains the science behind electricity.

Eggs sizzle in your metal frying pan, but could that metal frying pan be made out of paper instead? It sounds crazy, but paper has lots of different properties and is used in many different items. Books, cups, cards, lamp shades, and more items are made from paper. Do you think a frying pan could be made with paper? Listen to find out!

Glass is all around you. It’s used to make the windows in your house to decorations on your shelves. Find out about different types of glass, how glass is made, and decide if it’s really possible to make a pillow from it.

Plastic is in lots of items you use every day. Find out about different types of plastic, what they are used for, and if you could really make a toaster from it.

A coat is made from different types of fabric, but could it be made with wood? It seems impossible, but wood has many advantages, and is used for everything from building houses to making toys. Learn more about different types of wood and their many uses. Could it really be used to make a coat?

From marble to granite to limestone and onyx, there are many types of stone to pick from. Learn more about different types of stone, how stone is used, and if it’s truly possible to make a window using it.

A rubber duck floats in the tub. A rock sinks to the bottom of a lake. Why do some objects float and others sink? Find out in this series about materials and their properties.

Do you like to be on the move? These hands-on, not-so-ordinary science projects are for you! Build speedy motorboats and buzzing bots. Take off with zooming, high-flying rockets. Then, learn the science behind each amazingly mobile creation! Simple step-by-step instructions make it easy to start experimenting and discover just how fun STEM can be.

A pencil is stiff. A rubber band is bendable. Why are some objects stiff and others bendable? Find out in this series about materials and their properties. Informative, at-level text helps listeners understand the differences between stiff and bendable objects.