A primer on why quantum effects at the nanometer level allow for fusion at temperatures below 1000°C. It focuses on the commercial potential and the "why now" of the technology. Perfect for orienting new team members to the current state of play.
Cold Fusion: Advances in Condensed Matter Nuclear Science
Authors: Jean-Paul Biberian | Year: 2020
Go to Paper
A modern overview of technological approaches and engineering challenges in SSF. It bridges the gap between the 1989 experiments and current nanotech applications. This is essential for understanding the "materials-first" approach.
Hacking the Atom
Authors: Steven B. Krivit | Year: 2016
Go to Paper
Details the transition from 1989's "Cold Fusion" to the modern, more rigorous LENR research landscape. It provides critical context on why the field was dismissed and how it recovered its scientific standing. It’s an excellent "primer" on the politics and physics of the field.
Introduction to Cold Fusion
Authors: David J. Nagel | Year: 2012
Go to Paper
Explains the "lattice-assisted" nature of the reactions and why they differ from high-temperature plasma fusion. It simplifies complex quantum tunneling concepts for a general scientific audience. It serves as a conceptual roadmap for the entire discipline.
The Science of Low Energy Nuclear Reaction
Authors: Edmund Storms | Year: 2007
Go to Paper
Provides the foundational history and the physical requirements for initiating reactions in solid-state environments. It explains the necessity of "Nuclear Active Environments" (NAE). It is the primary textbook for anyone entering the field today.
