Research Centre on Animal Cognition, Centre for Integrative Biology, CNRS, University of Toulouse, 118 route deNarbonne, F-31062, Toulouse, France.
Biochem Biophys Res Commun. 2021 Jul 30;564:70-77. doi: 10.1016/j.bbrc.2021.04.114. Epub 2021 May 20.
We readily infer that animals make decisions, but what this implies is usually not clearly defined. The notion of 'decision-making' ultimately stems from human introspection, and is thus loaded with anthropomorphic assumptions. Notably, the decision is made internally, is based on information, and precedes the goal directed behaviour. Also, making a decision implies that 'something' did it, thus hints at the presence of a cognitive mind, whose existence is independent of the decision itself. This view may convey some truth, but here I take the opposite stance. Using examples from research in insect navigation, this essay highlights how apparent decisions can emerge without a brain, how actions can precede information or how sophisticated goal directed behaviours can be implemented without neural decisions. This perspective requires us to shake off the idea that behaviour is a consequence of the brain; and embrace the concept that movements arise from - as much as participate in - distributed interactions between various computational centres - including the body - that reverberate in closed-loop with the environment. From this perspective we may start to picture how a cognitive mind can be the consequence, rather than the cause, of such neural and body movements.
我们很容易推断出动物会做出决策,但这意味着什么通常没有明确定义。“决策”的概念最终源于人类的内省,因此带有拟人化的假设。值得注意的是,决策是在内部做出的,基于信息,并先于目标导向的行为。此外,做出决策意味着“有什么东西”做了决策,这暗示了认知思维的存在,其存在独立于决策本身。这种观点可能传达了一些真理,但在这里我持相反的立场。本文通过昆虫导航研究中的例子强调了没有大脑如何产生明显的决策,行动如何先于信息,或者没有神经决策如何实现复杂的目标导向行为。这种观点要求我们摆脱行为是大脑的结果的观念;并接受这样的概念,即运动是由各种计算中心(包括身体)之间的分布式相互作用产生的,而不是仅仅参与其中——这些相互作用与环境在闭环中产生共鸣。从这个角度来看,我们可以开始想象认知思维如何成为这种神经和身体运动的结果,而不是原因。