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Next-Generation Clean Energy through Condensed Matter Nuclear Science

Featured Research

Observation and Theoretical Elucidation of 0.7 MeV Neutron Generation from Hydrogen-Absorbing Austenitic Steel under Thermal Cycling

Author: Noboru Hayakawa (CoolFusion COO)

2024 | Condensed Matter Nuclear Science Research

0.7 MeV

Neutron Energy

100%

Reproducibility

847 keV

D-D Reaction Energy

300 eV

Kinetic Energy

Four Revolutionary Anomalies

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1. Observation of 0.7 MeV Neutrons

847 keV neutrons from D-D reactions decelerated to 0.7 MeV under thermal cycling

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2. 100% Reproducibility

Remarkable reproducibility with neutrons reliably detected every thermal cycle

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3. Correlation with Temperature Rate of Change

Neutron generation strongly dependent on temperature change rate (correlation coefficient 0.82)

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4. Ultra-Low Energy Nuclear Reactions

Nuclear reactions occurring at remarkably low energy (~300 eV), impossible under conventional theory

Articles & Insights

January 2024

Fundamentals and Potential of LENR Technology

An introduction to LENR technology and its possibilities for the future

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April 2024

Roadmap to LENR Commercialization

Pathways and challenges toward practical implementation

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May 2024

Global LENR Research Trends

Overview of international LENR research developments

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