Dr. Matthew (Matt) Moynihan has been keenly interested in nuclear fusion since he first took physics in high school. For the past fifteen years he has been working to build the broader fusion community and to explain the value of fusion as a green energy source to everyday citizens. He has been the host of a popular fusion podcast, written a fusion blog, and his work has appeared in Forbes, CNBC, Bloomberg News, The Boston Globe, and IEEE Spectrum. He holds a bachelor's degree in engineering from the University at Buffalo and a doctorate focused on fusion from the University of Rochester. Currently working as a consultant on fusion, he was previously a senior nuclear engineer for the United States Navy, studying the safety of nuclear submarines and aircraft carriers. He lives in Fairport NY with his wife, Alison, and his son, Peter.

Alfred B. Bortz has lived in or near Pittsburgh PA all his life, with the exceptionof a four-year interlude early in his working career. He earned his Ph.D. in Physics from Carnegie Mellon University in 1971 and spent the next 25 years working in academic and industrial physics and engineering groups. Since then, he has forged a second career as Dr. Fred Bortz, an author of more than thirty science books for young readers. His most significant research publication, "A New Algorithm for Monte Carlo Simulation of Ising Spin Systems" (with M. H. Kalos and J. L. Lebowitz) published in the Journal of Computational Physics in 1975, is often described as seminal and is still frequently cited in research journals after nearly five decades. His best known books for young readers are Catastrophe! Great Engineering Failure-and Success (a selector's choice on the 1996 National Science Teachers Association list of Outstanding Science Books for Children), Meltdown! The Nuclear Disaster in Japan and Our Energy Future (a 2012 Junior Library Guild Selection), and Techno-Matter: The Materials Behind the Marvels, which won the 2002 American Institute of Physics Science Writing Award for works intended for young readers. He and his wife, Susan, are the proud parents of a science educator and a librarian and grandparents of three young adults.

Explains nuclear fusion in plain English, accessible to readers with no training in science

Compares different approaches to fusion, essential for general readers interested in energy policy and technology

Describes how fusion science developed and how future advances in fusion could impact the global energy landscape