Biological Cognition as Viability-Constrained Expansion of Controllable Futures [0.03%]
受生存约束的可控制未来扩张式的生物学认知
Nobuchika Yamaki,Tenna Churiki
Nobuchika Yamaki
Biological cognition is often described through homeostasis, prediction, exploration, or control. However, none of these principles alone specifies how a living system should act while preserving viability and enlarging its future possibili...
Hierarchical quantum circuit model of microtubule for the Orch-OR theory [0.03%]
应用于 Orch-OR 理论的微管分层量子线路模型
Byung-Soo Choi
Byung-Soo Choi
The Orch-OR theory has been proposed as a framework for explaining consciousness based on quantum-gravitational effects in microtubules. To further support and examine this theory, a more concrete quantum circuit model is required, one that...
Biochemical and gene regulatory dynamics as reservoir-like substrates for natural computing [0.03%]
生化和基因调控动力学作为类蓄水池的自然计算基底
Chikoo Oosawa
Chikoo Oosawa
This perspective argues that biochemical reaction systems and gene regulatory systems can be interpreted not only as architectures of homeostatic control and adaptation, but also as reservoir-like dynamical substrates for natural computing....
Diverse dynamical responses of a memristive bi-membrane photosensitive neuron model [0.03%]
一种忆阻双膜光敏神经元模型的多样动力学响应
Haotong Song,Ao Tan,Yuan Chai et al.
Haotong Song et al.
At the forefront of brain-computer interface research, studies on neuronal synchronization continue to show substantial application potential. Photoreceptor neurons are crucial for maintaining normal retinal function, and computational mode...
Entropy-driven, temperature-responsive, aggregations of cells and macromolecules: erythrocytes and α-synucleins as exemplars [0.03%]
熵通控、温度响应的细胞和大分子聚集：红细胞和α-突触核蛋白为例证
Donald R Forsdyke
Donald R Forsdyke
The biophysics of the homoaggregation of cells (erythrocyte rouleaux) share many features of the homoaggregation of macromolecules such as α-synuclein. Consistent with a role for temperature-dependent entropic forces, evidence from both ho...
The systemic homeostatic integration-field theory (SHIFT): Lipid-based particle ensemble as a candidate ascending observational layer for whole-body homeostasis [0.03%]
全身稳态的脂质颗粒集合体观测层：系统性稳态整合场理论（SHIFT）
Cheng Wang
Cheng Wang
Classical physiology elegantly explains acute homeostatic regulation via descending neuroendocrine feedback loops. However, a fundamental conceptual gap remains: how do central regulators continuously integrate spatially distributed, slowly...
Emergence of fractional chemotactic Turing patterns and spatiotemporal chaos in memory-dependent Keller-Segel cross-diffusion systems [0.03%]
带有记忆依赖的Keller-Segel交叉扩散系统中的分数阶趋化Turing图样和时空混沌现象的出现
Kolade M Owolabi,Clara O Ijalana,Kolawole S Adegbie
Kolade M Owolabi
This paper develops a novel fractional-order Keller-Segel cross-diffusion framework for investigating memory-dependent chemotactic aggregation, biological pattern formation, and anomalous transport in microbial populations and cellular syst...
Separable spectral and conformational channels in proteins: A quantum-like view of dual information encoding [0.03%]
蛋白质中的可分离谱系和构象通道：双重信息编码的量子类似观点
Nataša Ž Mišić
Nataša Ž Mišić
The aim of this paper is to test whether biological macromolecules carry information through two distinct, separable channels. The conformational channel (C-channel), governed by three-dimensional structure and the Coulomb potential, sets b...
Temporally Extended Dissipative Blankets: Boundary History as a Non-Markovian Screening Mechanism [0.03%]
长时间扩展的耗散毯子：作为非马尔可夫屏蔽机制的历史边界
Nobuchika Yamaki,Tenna Churiki
Nobuchika Yamaki
Biological boundaries are often modeled as instantaneous Markov blankets that separate internal and external states through sensory and active variables. However, real biological interfaces are dissipative systems with finite response times...
Luis Alberto Manzo
Luis Alberto Manzo
Genomic regulation depends on coordinated interactions among DNA sequence, chromatin state, epigenetic marks, three-dimensional architecture, and cellular context. Yet formal approaches for representing higher-order regulatory organization ...