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• W1603714782 abstract "Transdyne Corporation San Diego, California 92131 USA October 3, 2005 Communications: mherndon@san.rr.com http://NuclearPlanet.com http://UnderstandEarth.com Key Words: Georeactor, Oklo, Jupiter, Nuclear Fission, Inner Core, KamLAND, heat flow, integrity Applying Fermi’s nuclear reactor theory, I demonstrated the feasibility of planetocentric nuclear fission reactors, which offer possible explanations for the internal energy produced by Jupiter, Saturn, and Neptune (Herndon 1992), for the energy source that powers the geomagnetic field (Herndon 1993; Herndon 1994), and, perhaps, for energy production associated with other planets and large moons in our Solar System. As a deep-Earth energy source, the planetocentric nuclear-fission georeactor concept is on a more secure scientific footing than the previous idea related to the assumed growth of the inner core. There is no observational support for the idea that the inner core is cooling and growing (Herndon 2005), and no legitimate basis for believing that useful energy, concomitantly produced, would power the geomagnetic field instead of simply reducing the inner-core rate of cooling. In striking contrast, the close agreement between observed deep-Earth helium isotope ratios and georeactor-produced helium isotopes (Herndon 2003), calculated from state-of-the-art numerical simulations (Hollenbach & Herndon 2001), is strong evidence for the existence of the nuclear georeactor. Yet, despite that, some would – by omission – mislead the broad, general-interest, scientific community (Araki et al. 2005; McDonough 2005). At the foundations of science, science and ethical considerations are inseparable. Previously envisioned deep-Earth energy sources, including natural radioactivity, have one characteristic in common: Change is possible only gradually and in only one direction over time: On a human time-scale, that is essentially no change at all. Recently, Fogli et al. (2005) performed a likelihood analysis of the neutrino event spectra in energy and time using monthly-binned data on event-by-event energies in KamLAND and on power reactors in Japan. In making their calculations, Fogli et al. (2005) assumed that georeactor energy output is constant. Within the framework of present understanding, the assumption of constant georeactor output may or may not be valid. 1" @default.
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• W1603714782 date "2005-10-04" @default.
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• W1603714782 title "Georeactor Variability and Integrity" @default.
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