【摘要】 量子脑、量子意识和量子思维的概念在近几年的科学论文和通俗出版物中都获得持续的关注和传播，其中一个是量子力学如何测量意识。这个问题的一个解决方案是改变试验中有意识观察者的参与方式，而这种参与方式将会从根本上改变我们对宇宙的理解和我们与外部世界的关系。在过去的十年中，该主题已经成为一个热门的研究领域。它关注的是量子物理学的规则是否能作用于生物结构。在有关光合作用和动物的嗅觉与磁场方向感的邻域的最新研究显示：量子物理学定律很可能可以作用于温暖潮湿嘈杂的生物结构。从哲学层面看，唯物主义原则，即非生命物质关系仍是解释意识的根本方法论。更多还原

【Abstract】 The concepts of quantum brain, quantum consciousness, and quantum thinking have received continuous attention and dissemination in science papers and popular publications in recent years, one of which is how quantum mechanics measures consciousness. One solution to this problem is to change the way that conscious observers participate in the experiment, which will fundamentally change our understanding on the universe and our relationship with the outside world. In last decade, this topic has become a hot research area, which focuses on whether the rules of quantum physics can act on biological structures. The latest research, in the neighborhood of between photosynthesis and animals’ sense of smell and magnetic field orientation, shows that the laws of quantum physics are likely to be applied to warm, humid and noisy biological structures. From a philosophical perspective, the materialist principle, that is, the relationship between/among non-living matters, is still the fundamental methodology for explaining consciousness.更多还原