The Institute was formed in 2012 as a 501-c-3 not-for-profit corporation to facilitate information exchanges among US and other countries beginning with ICCF-17 held in Daejeon, South Korea in 2012 and continuing through ICCF-24 held in Mountain View, CA in 2022. In addition, the Institute has taken responsibility for organizing and furthering the Trackers STEM Program™ designed to acquaint university faculty and students with condensed matter nuclear reactions. For more information, please contact Mr. Scott Phillips, Operations Director: sgphillips@us-asia.institute
ICCF24 Solid-State Energy Summit, in partnership with the ICCF community that has kept the field active since observations in 1990, is primed to reignite the field of Cold Fusion.
Bringing together scientists, government organizations, entrepreneurs, investors, and curious minds, to discuss what is known and what is needed in order to fully demonstrate that this nuclear phenomenon can be harnessed for commercial, clean energy production.
Recent advances in materials science, nanotechnology, nuclear science and engineering, thermoelectric materials, condensed matter science, quantum field theory, lattice confinement, phonon coherence, semiconductor manufacturing, and other disciplines for the first time give us the platform and opportunity to explain and understand low-energy nuclear reactions in addition to expanding our knowledge in these adjacent fields.
The Trackers STEM Program™ was initiated by Global Energy Corporation with support from the Anthropocene Institute under the US-Asia Institute. The goal of the program is to develop a robust method for exploring condensed matter nuclear reactions aka Low Energy Nuclear Reactions (LENR). The program uses the patented palladium-deuterium co-deposition protocol, “System and Method for Generating Particles” monitored with Solid State Nuclear Track Detectors (CR-39) and other diagnostics. The protocol has been successfully used in universities and government laboratories around the world. A paper by Mosier-Boss and Forsley published in 2018 served as the impetus for the Program. Over sixty peer-reviewed papers from 14 countries have been published in 18 journals using or discussing the protocol. Dr. Arden Bement commented on co-deposition and the Trackers Program:
“The progress you have made in replicating LENR using the Pd/D/Li co-deposition protocol is exciting and exceptionally well organized. I agree that it would be a great learning tool for students studying physics, chemistry, nuclear engineering, and materials science and engineering, among other fields.”
Previous analyses of CR-39 from co-deposition experiments identified energetic nuclear particle species, flux and their energies. We believe that this protocol and solid-state nuclear track detectors provide the clearest, repeatable, evidence of heretofore unexplained nuclear phenomena occurring in solid state lattices.
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