Low Energy Nuclear Reactions have been independently studied and published by NASA, the U.S. Navy, the Department of Energy, and MIT. While mainstream scientific consensus is still forming, and the body of independent third-party physicist reviews is growing. Zero Point Energy remains an active area of theoretical research. Explore our white papers and the global body of published work behind these technologies.
Zero Point Energy is the lowest possible energy state of a quantum system, the irreducible energy that remains in a vacuum even at absolute zero temperature. Predicted by quantum mechanics and supported by measurable phenomena such as the Casimir effect, ZPE research is finding more and more evidence that energy from the zero point field could represent an enormous untapped reservoir embedded in the fabric of space itself. Its connection to Low Energy Nuclear Reactions lies in the lattice environment: when hydrogen isotopes are loaded into a metal lattice at high density, the quantum fluctuations and phonon interactions of the lattice are theorized to couple with nuclear-scale events, lowering the energy barrier for fusion. This is the theoretical bridge between ZPE and the anomalous excess heat observed in LENR experiments worldwide.
Low Energy Nuclear Reactions, also known as Cold Fusion or Lattice Confinement Fusion, have been studied by independent research teams for over 30 years. This paper reviews the published findings from NASA, the DOE, MIT, and the U.S. Navy, and the growing body of independent third-party physicist reviews supporting the field.
How LENR modules can run continuously, exporting kW to MW of clean DC power, disconnected from traditional power grids. This paper covers the technical specifications, scalability, and global deployment model.
New Fire Energy issues the LENR-backed token (NFE) to fund LENR companies in their research and development. The structure bridges laboratory discovery and commercial deployment for accredited investors.
“The energy is in the lattice. It has always been there. Three decades of independent research by NASA, the U.S. Navy, DOE, and MIT point to the same conclusion: Low Energy Nuclear Reactions are real, reproducible, and the most promising clean energy frontier of our time.”
New Fire Energy — LENR Research Overview
LENR and related technologies are not fringe science. The following independently reviewed publications and institutional research support the field:
NASA Glenn Research Center publishes peer-reviewed findings in Physical Review C confirming nuclear fusion reactions in metal lattices at ambient temperatures via Lattice Confinement Fusion.
View ResearchOn February 17, 2023, ARPA-E announced $10 million in federal funding across eight research institutions, including MIT, Stanford, Texas Tech, and the University of Michigan, to determine whether LENR could be the basis for a transformative carbon-free energy source.
View ResearchThe 24th international LENR conference brought together researchers from NASA, MIT, leading universities, and independent labs to present the latest experimental results, reproducibility advances, and commercialization progress in LENR science.
View ResearchPeer-reviewed confirmation published by the American Physical Society that nuclear fusion reactions occur within deuterium-loaded metal lattices at ambient conditions, with measurable energy output consistent with LENR.
View ResearchThe Naval Surface Warfare Center, Indian Head Division, partnered with Army and NIST laboratories to run a coordinated series of LENR experiments. Separately, ARPA-E issued its first direct grants to LENR research groups in February 2023, citing LENR as a potentially transformative carbon-free energy source.
View ResearchMIT physicist Peter Hagelstein and colleagues published a peer-reviewed study in New Journal of Physics identifying the specific physical mechanisms that enhance nuclear fusion rates inside metal lattices, directly supporting the theoretical foundation of LENR.
View ResearchThe Evidence is Growing
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