Diferencia entre revisiones de «Robert Gentry»
(Página creada con '{{Traducción}} right '''Dr. Robert V. Gentry''' is a nuclear physicist who worked 13 years for the Oakridge National Laboratory ('69-'82). He h...') |
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− | '''Dr. Robert V. Gentry''' | + | '''Dr. Robert V. Gentry''' es un [[físico nuclear]], quien trabajó 13 años para el Laboratorio Nacional de Oak Ridge ('69-'82). Ha pasado la mayor parte de su carrera científica investigando los rastros de [[radioactividad]] del [[polonio]] consignados en [[granito]] y es sin duda la principal autoridad mundial en [[halos pleocroicos|halos del polonio]]. Su investigación se ha traducido en la autoría o coautoría de más de veinte artículos de investigación en revistas científicas, tales como Science, Nature, Geophysical Research Letters, Annual Review of Nuclear Science, y Earth and Planetary Science Letters. Cuando comenzó su [[investigación]], él era un [[evolucionista]]. Hoy en día, el Dr. Gentry es un completamente convencido [[young tierra]] [[científico creacionista]] de la [[joven tierra]]. |
Gentry's work showed that granite was never in a molten condition, because polonium [[pleochroic halos]] survive only in solid rock and the half-life of polonium is much too short to survive a multimillion-year cooling time. His results seem to indicate that the [[Earth]] was created instantaneously, in a cool condition. If true, it is clear evidence for creation. Gentry documents his evidence in his book, [[Creation's Tiny Mystery]]. The book contains copies of Gentry's reports in scientific journals and an intriguing narrative about the scientific community's response to his published findings. | Gentry's work showed that granite was never in a molten condition, because polonium [[pleochroic halos]] survive only in solid rock and the half-life of polonium is much too short to survive a multimillion-year cooling time. His results seem to indicate that the [[Earth]] was created instantaneously, in a cool condition. If true, it is clear evidence for creation. Gentry documents his evidence in his book, [[Creation's Tiny Mystery]]. The book contains copies of Gentry's reports in scientific journals and an intriguing narrative about the scientific community's response to his published findings. |
Revisión del 13:16 21 oct 2012
Dr. Robert V. Gentry es un físico nuclear, quien trabajó 13 años para el Laboratorio Nacional de Oak Ridge ('69-'82). Ha pasado la mayor parte de su carrera científica investigando los rastros de radioactividad del polonio consignados en granito y es sin duda la principal autoridad mundial en halos del polonio. Su investigación se ha traducido en la autoría o coautoría de más de veinte artículos de investigación en revistas científicas, tales como Science, Nature, Geophysical Research Letters, Annual Review of Nuclear Science, y Earth and Planetary Science Letters. Cuando comenzó su investigación, él era un evolucionista. Hoy en día, el Dr. Gentry es un completamente convencido young tierra científico creacionista de la joven tierra.
Gentry's work showed that granite was never in a molten condition, because polonium pleochroic halos survive only in solid rock and the half-life of polonium is much too short to survive a multimillion-year cooling time. His results seem to indicate that the Earth was created instantaneously, in a cool condition. If true, it is clear evidence for creation. Gentry documents his evidence in his book, Creation's Tiny Mystery. The book contains copies of Gentry's reports in scientific journals and an intriguing narrative about the scientific community's response to his published findings.
Robert Gentry |
Publicaciones
- Creation's Tiny Mystery book by Dr. Robert V. Gentry (Available online in its entirety)
- Fingerprints of Creation video by Robert Gentry
- The Young Age of the Earth video by Robert Gentry
- Center of the Universe video by Robert Gentry
Publicaciones en revistas seculares
- Gentry, Robert V. 1968. Fossil Alpha Recoil Analysis of Variant Radioactive Halos. Science 160, pp. 1228-1230.
- Gentry. Robert V. 1971. Radiohalos: Some Unique Pb Isotope Ratios and Unknown Alpha Radio Activity. Science 173, pp. 727-31.
- Gentry, Robert V. 1973. Radioactive Halos. Ann. Rev. Nuc. Sci, 23, pp. 347-362.
- Gentry, Robert V. 1974. Radiohalos in a Radiochronological and Cosmological Perspective. Science 184, pp. 64-66.
- Gentry, Robert V. 1975. Response to J.H. Fremlin’s Comments on "Spectacle Haloes." Nature 258, p. 269.
- Gentry, Robert V. 1979. Time: Measured Responses. Eos 60, p. 474.
- Gentry, Robert V. 1984. Radiohalos in a Radiochronological and Cosmological Perspective. Proceedings of the Sixty Third Annual Meeting of the Pacific Division, American Association for the Advancement of Science, Volume 1. Part 3. pp. 38-65.
- Gentry, Robert V. et al.. 1973. Ion Microprobe Confirmation of Pb Isotope Ratios and Search for Isomer Precursors in Polonium Radiohaloes. Nature 244, pp. 282-283.
- Gentry, Robert V. et al.. 1974. "Spectacle" Array of 210Po Halo Radiocentres in Biotite: A Nuclear Geophysical Enigma. Nature 252, p. 564.
- Gentry, Robert V. et al.. 1976. Radiohalos in Coalified Wood: New Evidence Relating to the Time of Uranium Introduction and Coalification. Science 194, pp. 315-318.
- Gentry, Robert V. et al.., 1982a. Differential Lead Retention in Zircons: Implications for Nuclear Waste Containment. Science 2l6, pp. 296-298.
- Gentry, Robert V., Clish, Gary L., and McBay, Eddie H. 1982b. Differential Helium Retention in Zircons: Implications for Nuclear Waste Containment. Geophys. Res. Lett. 9, pp. 1129-1130.
Referencias relacionadas
Véase también
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