首页> 外文会议>Fifth International Conference on Computing Anticipatory Systems (CASYS 2001) Aug 13-18, 2001 Liege, Belgium >Emergence Processes up to Consciousness Using the Multiplicity Principle and Quantum Physics
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Emergence Processes up to Consciousness Using the Multiplicity Principle and Quantum Physics

机译:使用多重性原理和量子物理,出现过程达到意识

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Evolution is marked by the emergence of new objects and interactions. Pursuing our preceding work on Memory Evolutive Systems (MES; cf. our Internet site), we propose a general mathematical model for this process, based on Category Theory. Its main characteristics is the Multiplicity Principle (MP) which asserts the existence of complex objects with several possible configurations. The MP entails the emergence of non-reducible more and more complex objects (emergentist reductionism). From the laws of Quantum Physics, it follows that the MP is valid for the category of particles and atoms, hence, by complexification, for any natural autonomous anticipatory complex system, such as biological systems up to neural systems, or social systems. Applying the model to the MES of neurons, we describe the emergence of higher and higher cognitive processes and of a semantic memory. Consciousness is characterized by the development of a permanent 'personal' memory, the archetypal core, which allows the formation of extended landscapes with an integration of the temporal dimensions.
机译:进化的特征是出现了新的对象和相互作用。按照先前关于内存进化系统(MES;请参见我们的Internet网站)的工作,我们基于类别理论为该过程提出了一个通用的数学模型。它的主要特征是多重性原则(MP),它断言具有几种可能配置的复杂对象的存在。 MP要求出现不可还原的越来越复杂的对象(紧急还原论)。根据量子物理学定律,MP适用于粒子和原子的类别,因此通过复杂化,它适用于任何自然的自主预期复杂系统,例如生物系统,直至神经系统或社会系统。将模型应用于神经元的MES,我们描述了越来越高的认知过程和语义记忆的出现。意识的特征在于永久性“个人”记忆的发展,即原型核心,它允许在时间维度的整合下形成延伸的景观。

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