John Shanahan, Dr. Ing., Civil Engineer, President of Environmentalists for Nuclear - USA: The website: efn-usa.org presents over 1,000 articles, PowerPoint Presentations and videos by more than 600 authors from around the world. This article outlines the high level questions we focus on and our efforts to present different points of view, mainly so that what ends up being the better or right viewpoint is not omitted from the beginning. This applies to nuclear in relation to other energy sources, debates about other energy sources, dealing with public fear of nuclear and understanding low dose radiation.
Jerry Cuttler, Ph.D. Nuclear Sciences and Engineering, past president of Canadian Nuclear Society. Is it safe to be exposed to low-level radiation? You can go to two different places for answers: 1) If you go to the radiation protection people, whose job it is to protect everyone from any exposure to radiation (human-made), you'll find there’s a higher risk of cancer. 2) But, if you go out into the real world, who do you know that’s ever been harmed by low-level radiation? There’s just no evidence of that. There are beneficial effects of low radiation from medical practitioners ~1900 to ~1960, to eliminate metastases or slow cancer growth, accelerate healing of wounds, stop infections: gas gangrene, carbuncles and boils, sinus, inner ear, pneumonia, and treat arthritis and other inflammatory conditions.
Edward Calabrese, Professor of Toxicology at the University of Massachusetts, Amherst: This article summarizes substantial recent historical revelations of the history of low dose radiation exposure, which profoundly challenge the standard and widely acceptable history of cancer risk assessment, showing multiple significant scientific errors and incorrect interpretations, mixed with deliberate misrepresentation of the scientific record by leading ideologically motivated radiation geneticists.
Vincent E. Giuliano, Applied Physicist, Independent longevity researcher-writer and consultant. He is a follower and interpreter of current longevity-related research and has developed an in-depth and dynamic grasp of the advanced areas of science involved - including cell and molecular biology, genomics, epigenomics, stem cells, metabolemics, nutritional science and age-related diseases. MULTIFACTORIAL HORMESIS. PART 1. AN IMPORTANT CONTEXT FOR HEALTH AND LONGEVITY ON THE ROAD TO A GRAND UNIFIED THEORY (GUT) FOR BIOLOGY.