相对论物理中知觉与认知的限制

在对模糊图形的感知和认知过程中，心理状态遵循量子力学

Mental states follow quantum mechanics during perception and cognition of ambiguous figures

经历量子力学的过程表现出量子干涉效应。在这种情况下，量子概率与经典概率不同，因为它们包含一个额外的要点，实际上称为量子干涉项。利用模糊图分析了人类主体在感知认知过程中是否存在对经典概率场的破坏和量子干涉。对256名受试者进行的实验证明了我们有这样的量子效应。因此，在对模糊图形的知觉认知过程中，心理状态遵循量子力学

论心理状态中量子波函数和量子干涉效应的存在--人类知觉和认知过程中的实验验证

On the Existence of Quantum Wave Function and Quantum Interference Effects in Mental States: An Experimental Confirmation during Perception and Cognition in Humans

我们引入量子理论公式来确定一个后验的，如果存在的话，量子波函数和估计量子干涉效应的心理状态。这种量子特征实际上是在涉及人类感知和认知的实验中发现的。还介绍了一些具体的心理变量，并得出它们以严格的方式表征了在这样进行的实验中心灵的量子行为。

Set Theory as the Unified Scheme for Physics

The process of cognition is analysed to adjust the set theory to physical description. Postulates and basic definitions are revised. The specific sets of predicates, called presets, corresponding to the physical objects identified by an observer during cognition are introduced. Unlike sets, the presets are free of logical or set-theoretical paradoxes and may be consistently used in physical description. Schemes of cognition based on presets are considered. Being different logical systems, the relativistic and quantum theories, observations in modern cosmology cannot be consistently considered …

Ontological Systems In Cognition

There are investigated the generalized methods of cognition of the Existing, i.e. everything that is able to influence to the cognizer, and everything differed from the Existing is postulated as indistinguishable from the non-existing and incognizable. The traditional methods of cognition, based on the identification of the objects of the surrounding world, take into account not all influences, because are limited by the nature, understood as the ontology of the subject of cognition. The ontology is determined on the level of basic notions and definitions, so even if objects from the represent…

超越因果关系的物理学

Physics beyond Causality

在因果关系的帮助下建立的物理学世界的表征被分析，似乎是不完整的。观察者的因果表示形成了一个封闭的逻辑系统，即与因果链相关的紧凑群。时空表象正是这个封闭系统的背景，并研究了超越观测者时空连续统的场外现象。场外现象的发生造成了量子物理学中的“奥秘和悖论”以及现代宇宙学中的“暗物质”。现有的认知范式被重新考虑和具体化。集合论预言了无限多的认知层次，在这些层次中，周围的世界似乎越来越无序和混乱。从这一观点出发，估计了不同认知水平的可能性。相对论和量子理论在不同的认知层次上运作，因此它们在严格逻辑理论框架中的统一似乎很值得怀疑。