The 24th International Conference on Cold Fusion (ICCF-24), sponsored by the
Anthropocene Institute and held in July 2022 at the Computer History Museum in Mountain View, California, marked a pivotal moment in the exploration of low-energy nuclear reactions (LENR). This conference, a gathering of distinguished leaders in the field as well as newcomers, showcased cutting-edge research and developments in what is often referred to as "cold fusion," aiming to understand–and ultimately harness–the potential of this promising energy source.
The conference proceedings, now published in the
Journal of Condensed Matter Nuclear Science, showcase the diverse array of topics discussed. Among the notable highlights were the pre-announcement of the ARPA-E FOA on LENR by Dr. Scott Hsu, indicating a significant shift towards recognizing the viability of LENR in mainstream scientific communities. Teams of researchers, ranging from startups to government research laboratories to NASA researchers to independent scholars presented their research on LENR's potential applications in producing scalable heat, generating power, or even propelling space missions.
These proceedings are not just a record of a conference but an opening for future research and investment in the field of LENR. As we stand on the brink of potentially revolutionizing how we think about and utilize energy, the detailed accounts of experiments, discussions, and theoretical advancements presented at ICCF-24 serve as both a repository of current knowledge and a call to action for continued exploration and development.
For anyone interested in the future of sustainable energy, these proceedings are a source of inspiration, insight, and directions for future inquiry. We encourage scientists, investors, and students to engage with the detailed presentations and discussions captured in this document to better understand the potential and the challenges of LENR. It’s an intriguing area of investigation that merits closer scrutiny.
The full proceedings are available on the Journal of Condensed Matter Nuclear Science website, where you can also read previous issues. This rich source of information offers a window into the innovative ideas shaping the future of energy.
Visit the
ICMNS website to explore these proceedings and join us in advancing the conversation about this energizing field.
