Robergs Robert Andrew
School of Exercise and Nutrition Sciences, Queensland University of Technology, Kelvin Grove, Queensland, Australia.
BMJ Open Sport Exerc Med. 2017 Aug 16;3(1):e000226. doi: 10.1136/bmjsem-2017-000226. eCollection 2017.
A connection has been made to the possible role of the central governor model (CGM) to be a paradigm shift within the exercise sciences. Unfortunately, very little evidence was presented to support this notion, and a narrow view of scientific philosophy was used to reflect on the role of the CGM in understanding exercise physiology and the pursuit of a more ideal scientific method. When contrasting the scientific philosophies of Kuhn to Popper, and applying the tenant of falsification to the research and commentary on the CGM, it is probable that the scholarship pertaining to the CGM adheres more to pseudoscience than science. To improve the scientific contributions of research on the CGM, fellow scientists need to adopt a more critical platform where questions are raised and research designs are employed in efforts to refute the theory. The inability to falsify a theory is the most meaningful way to prove that it is likely to be correct. To support this development, the CGM needs to be more carefully worded to form a theory that clearly reveals key features that can be researched and potentially falsified. In addition, the wording of the CGM needs to allow scientists to make predictions that can then be tested in controlled experimental research studies. Until this happens for the CGM and all other pertinent paradigms within exercise physiology, the discipline will never rise out of the abyss of to involving paradigm shifts and scientific revolutions.
中央调控模型(CGM)可能成为运动科学领域范式转变的一种关联已被提出。不幸的是,几乎没有证据支持这一观点,并且使用了狭隘的科学哲学观点来思考CGM在理解运动生理学以及追求更理想科学方法方面的作用。当对比库恩和波普尔的科学哲学,并将证伪原则应用于关于CGM的研究和评论时,与CGM相关的学术研究很可能更倾向于伪科学而非科学。为提高关于CGM研究的科学贡献,同行科学家需要采用更具批判性的平台,提出问题并采用研究设计来反驳该理论。无法证伪一个理论是证明其可能正确的最有意义的方式。为支持这一发展,CGM需要更谨慎地措辞,以形成一个能清晰揭示可研究及可能被证伪的关键特征的理论。此外,CGM的措辞需要使科学家能够做出预测,然后在对照实验研究中进行检验。在CGM以及运动生理学中所有其他相关范式实现这一点之前,该学科将永远无法走出涉及范式转变和科学革命的深渊。