Cold Fusion Energy Science

   This website is designed to provide the reader with current evidence for the reality of cold fusion heat, and theory that explains how it can occur.  The early problem of poor reproducibility has been overcome in studies carried out by Drs. Arata and Zhang at Osaka University in Japan.  These pioneering studies used palladium catalyst coated with adsorbed water.  Further progress has been made using fine powders of palladium embedded in zirconium oxide crystal.  A technique developed by Arata and Zhang for selecting candidate catalytic powder suggests that nickel can likely be substituted for palladium.  If this substitution works, cold fusion heaters should become commercially available in time to relieve rising energy costs.

     Website www.cfescience.com contains a  mix of .pdf files and .doc files, including Talbot Chubb's book  Cold Fusion, Clean Energy for the Future.  You are encouraged to download these files to create your own cold fusion study library.

    Go to www.coldfusionenergyscience.com for a simpler introduction to cold fusion energy technology.