The LNT theory and the concept of collective dose make it relatively straightforward for assessors to determine the risk of exposure to radiation. There is only one problem with this currently accepted method: for the levels of radiation with which they are normally concerned, the results are meaningless - or worse.
As we have seen again and again, a wealth of hormesis data indicates not only that the current assessments of low-level dose-response are wrong in magnitude - but also in sign, with increasing amounts of radiation causing a decrease in harmful response. Would acknowledgement of this fact cause an upheaval in the risk business or what? Instead of "radiation = bad," they'd have to contend with "low radiation = good, but high radiation = bad" - and, moreover, have to determine when the "low and good" became "high and bad."
Risk analysts have about the same problems noted above for regulators - and for a very good reason: regulations are made from risk assessments.
Did you know that Japanese A-bomb survivors are outliving their unexposed peers? What if most of what you thought you knew about radiation is simply wrong? Find out how a rational assessment of radiation risks and benefits could offer increased health and vitality, as well as an avenue to nearly-limitless energy for the future.
Showing posts with label risk assessment. Show all posts
Showing posts with label risk assessment. Show all posts
Wednesday, April 20, 2016
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