Black Holes for Babies

Name: Black Holes for Babies
Price: 23.95 AUD
Availability: PreOrder
ISBN: 9781464280351

Chris Ferrie, Julia Kregenow, PhD

$23.95

Board book

Forthcoming
Pre-Order now

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English

Sourcebooks Explore
03 December 2026

Early learning & early learning concepts; Science & technology: general interest (Children's&YA)

Series: Baby University

From the #1 science author for kids comes the next installment in the bestselling Baby University series!

Black Holes for Babies is a playful, accessible introduction to one of the most fascinating mysteries in the universe. Written by experts in physics and astrophysics, this book uses simple language and bold graphics to explain how stars collapse, how gravity works, and what makes a black hole “black.”

Perfect for curious little minds (and the grown-ups who read with them), this colorful board book breaks down big science concepts into bite-size ideas babies and toddlers can begin to explore. With clear visuals and engaging explanations, Black Holes for Babies brings the wonders of space down to earth.

Part of the beloved Baby University series, this book is the perfect gift for budding scientists, future astronomers, and families who love learning together.

By: Chris Ferrie, Julia Kregenow, PhD
Imprint: Sourcebooks Explore
Country of Publication: United States
Dimensions: Height: 203mm, Width: 203mm, Spine: 25mm
Weight: 454g
ISBN: 9781464280351
ISBN 10: 1464280355
Series: Baby University
Pages: 24
Publication Date: 03 December 2026
Recommended Age: From 0 to 3 years
Audience: Children/juvenile , English as a second language
Format: Board book
Publisher's Status: Forthcoming

Chris Ferrie is an award-winning physicist and Senior Lecturer for Quantum Software and Information at the University of Technology Sydney. He has a Masters in applied mathematics, BMath in mathematical physics and a PhD in applied mathematics. He lives in Australia with his wife and children. Julia M. Kregenow, PhD, is a Teaching Professor at Penn State University. She has a PhD in astrophysics from UC Berkeley and her BA in physics (with math and music minors) from Wittenberg University.