Nano: The Spectacular Science of the Very (Very) Small
What’s inside...
The cutting-edge world of nanoscience leaps to life on boldly patterned pages in this STEM-ready gem. An acclaimed physicist and debut picture-book author introduces readers to the tiny building blocks that make up the world around us. Elegant, friendly text and stylish illustrations explain atoms, the elements, and other essential science concepts and reveal how very (very) small materials are manipulated to create self-washing windows; stronger, lighter airplanes; and other wonders of nanotechnology. Further explanation in the back matter gives more detail about various scientists’ roles and the tools they use. Splashed with bright primary colors, this tribute to the tiny will inspire curious minds of every stripe.
Series reading
Non-Sequential
Age
6-9
Length
32 pages
Text complexity
Discussion points
What do you think it would be like to be as small as a nanoparticle?
Can you think of any everyday objects that might use nanotechnology?
Why do you think understanding tiny things is important for scientists?
How do you think nanotechnology might change how we live in the future?
Tip: Role play these questions
Use analogies to help explain complex scientific concepts; for example, compare a nanoparticle to something familiar like a sugar grain.
Encourage your child to draw or build a model of what they imagine when they think of nanoparticles or nanotechnology.
Discuss the potential benefits and challenges of nanotechnology to help them understand the balance of scientific advancements.
Link the discussion to the broader importance of science and how it impacts everyday life.
Key lessons
Example Lesson: Introduction to Nanoscience
Explanation: Through engaging illustrations and clear text, 'Nano: The Spectacular Science of the Very (Very) Small' introduces young readers to the concept of nanoscience and how it influences the world around us.
Real-World Application: Children can observe and question the makeup of everyday objects at the microscopic level, fostering a curiosity about science and technology.
Example Lesson: Importance of Observation and Inquiry
Explanation: The book teaches kids to look closer and ask questions about how things work, using the study of atoms and molecules as a basis for scientific inquiry.
Real-World Application: This lesson encourages children to be more attentive and inquisitive, skills that are beneficial in academic settings and in everyday problem solving.
Example Lesson: Environmental Awareness
Explanation: Through exploring how nanotechnology can be used to create more efficient materials and sustainable technologies, the book instills a sense of responsibility towards the environment.
Real-World Application: Children learn about sustainable living and can develop habits that contribute to environmental conservation.
Example Lesson: Complex Concepts Made Accessible
Explanation: Jess Wade simplifies complex scientific ideas to make them accessible and understandable, which demonstrates the importance of effective communication.
Real-World Application: This encourages children to not be intimidated by complex subjects and promotes confidence in learning new and challenging topics.
Example Lesson: Creativity in Science
Explanation: The book showcases how creativity is essential in scientific advancements, highlighting the creative ways scientists think and solve problems.
Real-World Application: Children learn that creativity isn't limited to the arts, but is also a crucial part of scientific processes, encouraging them to think creatively in their problem-solving.