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CORRECTING SYSTEMIC DEFICIENCIES IN OUR SCIENTIFIC INFRASTRUCTURE

机译:纠正我们科学基础设施中的系统缺陷

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摘要

Scientific method is inherently self-correcting. When different hypotheses are proposed, their study would result in the rejection of the invalid ones. If the study of a competing hypothesis is prevented because of the faith in an unverified one, scientific progress is stalled. This has happened in the study of low dose radiation. Though radiation hormesis was hypothesized to reduce cancers in 1980, it could not be studied in humans because of the faith in the unverified linear no-threshold model hypothesis, likely resulting in over 15 million preventable cancer deaths worldwide during the past two decades, since evidence has accumulated supporting the validity of the phenomenon of radiation hormesis. Since our society has been guided by scientific advisory committees that ostensibly follow the scientific method, the long duration of such large casualties is indicative of systemic deficiencies in the infrastructure that has evolved in our society for the application of science. Some of these deficiencies have been identified in a few elements of the scientific infrastructure, and remedial steps suggested. Identifying and correcting such deficiencies may prevent similar tolls in the future.
机译:科学方法本质上是自我校正。当提出不同的假设时,他们的研究将导致无效假设的拒绝。如果由于对未经验证的假设的信仰而阻止了对竞争假设的研究,那么科学进展就会停滞不前。这是在低剂量辐射研究中发生的。尽管在1980年假设辐射致癌可以减少癌症,但由于人们对未经验证的线性无阈值模型假设有信心,因此无法在人类中进行研究,因为有证据表明,在过去的二十年中,全世界可能有1500万可预防的癌症死亡积累了支持辐射热现象的有效性的证据。由于我们的社会受到表面上遵循科学方法的科学咨询委员会的指导,因此大量人员伤亡的持续时间长久,表明我们社会为应用科学而发展的基础设施存在系统性缺陷。在科学基础设施的一些要素中已经确定了其中的一些不足,并提出了补救措施。识别和纠正此类缺陷可以防止将来发生类似的损失。

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    Doss, Mohan;

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