All Stories

  1. Correction: Vallverdú, J.; Rius, G. NeuroQ: Quantum-Inspired Brain Emulation. Biomimetics 2025, 10, 516
  2. A Bio-realistic Synthetic Hippocampus for Robotic Cognition
  3. NeuroQ: Quantum-Inspired Brain Emulation
  4. Neurodiverse AI
  5. Force majeure impact on citizen science: Perspective from an EU funded project
  6. Enactivism, Health, AI, and Non-Neurotypical Individuals: Toward Contextualized, Personalized, and Ethically Grounded Interventions
  7. Sociomorphic Neuromodeling in Academic Emotionology as an Integration of Neurocognitive and Psycholinguistic Knowledge in Artificial Intelligence
  8. Disembodied Meaning? Generative AI and Understanding
  9. Force majeure impact on citizen science: Perspective from an EU funded project
  10. An Interview with Kevin Warwick: Cyborg Identity, Techno-death, and the Future of Being Human
  11. An Interview with Neil Harbisson: Life, Death, and the Art of Being a Cyborg
  12. Introduction: Rethinking Death in the Digital Age—Delving into a Cross-Disciplinary Inquiry
  13. Symbolic Death and Dual-Use Dilemmas
  14. Synthetic Death: Bioinspired Mechanisms for AI Resilience and Renewal
  15. Paired nerve stimulation with selective compensation effect
  16. Advancing Neural Networks: Innovations and Impacts on Energy Consumption
  17. Causality and Artificial Intelligence
  18. Causality for Artificial Intelligence
  19. Counterfactual Thinking for Machines
  20. Defining and Debating Algorithmic Causality
  21. Do Humans Think Causally, and How?
  22. Generative AI and Causality
  23. Ground Zone: Definitions and Concepts About Causality
  24. How Causality Works in Nonhuman Minds
  25. My Kingdom for a Causal Algorithm
  26. Open Paradoxes: Retrocausality
  27. Pitfalls and Triumphs of Causal AI
  28. Challenges and Controversies of Generative AI in Medical Diagnosis
  29. Modeling intrinsic factors of inclusive engagement in citizen science: Insights from the participants’ survey analysis of CSI-COP
  30. máquina antropológica: el autómata en el cine español de los orígenes
  31. Neuropunk revolution in short
  32. Hormonal computing: a conceptual approach
  33. Editorial: Ethical design of artificial intelligence-based systems for decision making
  34. What if plants compute?
  35. Fungal Minds
  36. Neuro-Interfaces Review
  37. Editorial: Virtual reality for neuropsychology and affective cognitive sciences: Theoretical and methodological avenues for studying human cognition
  38. ¿A qué filosofías ha afectado la Neurociencia?
  39. Fungal States of Minds
  40. Para-functional engineering: cognitive challenges
  41. Cross-Embodied Cognitive Morphologies
  42. The Foundations of Creativity: Human Inquiry Explained Through the Neuro-Multimodality of Abduction
  43. What the #®¥§≠$@ is Creativity?
  44. Què #®¥§≠$@ és la creativitat?
  45. Biases in Assigning Emotions in Patients Due to Multicultural Issues
  46. Éticas falibles para máquinas (in)falibles
  47. Biasing AI?
  48. Fuckbots: The Challenges of Sexual Robotics
  49. Approximate and Situated Causality in Deep Learning
  50. A Computational, Cognitive, and Situated Framework for Emotional Social Simulations
  51. Fake Empathy and Human-Robot Interaction (HRI)
  52. Errors, Biases and Overconfidence in Artificial Emotional Modeling
  53. Approximate and Situated Causality in Deep Learning
  54. Chemical Excitable Medium in Barcelona Street Network as a Method for Panicked Crowds Behavior Analysis
  55. Emotional machines: The next revolution
  56. Philosophical and Methodological Debates in Public Health
  57. Blended Cognition
  58. Modeling Psycho-Emotional States via Neurosimulation of Monoamine Neurotransmitters
  59. Allocentric Emotional Affordances in HRI: The Multimodal Binding
  60. Bio-plausible simulation of three monoamine systems to replicate emotional phenomena in a machine
  61. Allocentric Emotional Affordances in HRI: The Multimodal Binding
  62. Corrigendum to “Slime mould: The fundamental mechanisms of biological cognition” [BioSystems 165 (2018) 57–70]
  63. Slime mould: The fundamental mechanisms of biological cognition
  64. Post Truth, Newspeak and Epidemiological Causality
  65. Fake Empathy and Human-Robot Interaction (HRI)
  66. Simulation of serotonin mechanisms in NEUCOGAR cognitive architecture
  67. Biased Learners for Rational Teachers: Do We Need a Tricky Bounded Teaching?
  68. Bio-plausible simulation of three monoamine systems to replicate emotional phenomena in a machine
  69. Why do we foster and grant wrong innovative scientific methods? The Neuroscientific Challenge
  70. Brains, language and the argumentative mind in Western and Eastern societies. The fertile differences between Western-Eastern argumentative traditions
  71. Lessons from culturally contrasted alternative methods of inquiry and styles of comprehension for the new foundations in the study of life
  72. Affording Visual Causal Epistemologies in Epidemiology
  73. Swarm Intelligence via the Internet of Things and the Phenomenological Turn
  74. A Computational, Cognitive, and Situated Framework for Emotional Social Simulations
  75. (Un-)Biasing the Morphologies of Affect for HRI Purposes
  76. Information as a Morpho-Ontological Process
  77. Advanced Research on Biologically Inspired Cognitive Architectures
  78. Emotional affordances in human-machine interactive planning and negotiation
  79. Modeling Inhibitory and Excitatory Synapse Learning in the Memristive Neuron Model
  80. The Emotional Nature of Post-Cognitive Singularities
  81. The increasing complexity in robotics intelligent systems
  82. Emotional affordances for human-robot interaction
  83. Emotional simulations and depression diagnostics
  84. Why Robots Must Have Synthetic Emotions? The Role of Emotions in the Artificial Cognitive Systems
  85. Can machines talk? Comparison of Eliza with modern dialogue systems
  86. The Best Model of a Cat Is Several Cats
  87. Simulation of a Fear-like State on a Model of Dopamine System of Rat Brain
  88. Bayesians Versus Frequentists
  89. Ambient Stupidity
  90. A cognitive architecture for the implementation of emotions in computing systems
  91. Advancements in Artificial Intelligence Applications and the Development of Synthetic Emotions
  92. Debate e ideas sobre "neuro-" algo
  93. Situated phenomenology and biological systems: Eastern and Western synthesis
  94. The Coevolution, Battles, and Fights of Both Paradigms
  95. The Birth of Multicausality as the Death of Causality and Their Statistical Corollaries
  96. The Bayesian Approach and Its Evolution Until the Beginning of the Twentieth Century
  97. Some Questions to Begin with
  98. Natural Versus Artificial Minds and the Supercomputing Era
  99. And the Winner Is…
  100. Ancient Statistics History in a Nutshell
  101. A Conceptual Reply to Reverend Bayes: The Frequentist Approach
  102. La controversia científica, un fundamento conceptual y metodológico en la formación inicial de docentes: una propuesta de enseñanza para la apropiación de habilidades argumentativas
  103. Neuromodulating Cognitive Architecture: Towards Biomimetic Emotional AI
  104. Lorenzo Magnani and Ping Li (Eds.): Philosophy and Cognitive Science: Western and Eastern Studies
  105. Towards Anthropo-Inspired Computational Systems: The $$P^3$$ P 3 Model
  106. Handbook of Research on Synthesizing Human Emotion in Intelligent Systems and Robotics
  107. Ethical and Technical Aspects of Emotions to Create Empathy in Medical Machines
  108. Governance, Regulation and Innovation: Theory and Evidence from Firms and Nations edited by Mehmet Ugur
  109. What are Simulations? An Epistemological Approach
  110. E-Science and the data deluge
  111. Charles O. Nussbaum: The Musical Representation—Meaning, Ontology, and Emotion
  112. From Computational Emotional Models to HRI
  113. Ekman's Paradox and a Naturalistic Strategy to Escape From It
  114. Epistemology and Emotions
  115. Julien A. Deonna, Raffaele Rodogno, Fabrice Teroni: In Defense of Shame. The Faces of an Emotion
  116. Creating Synthetic Emotions through Technological and Robotic Advancements
  117. La construcción de la mente artificial desde Oriente
  118. MORI, MASAHIRO (2005) The Buddha in the Robot. A Robot Engineer’s Thoughts on Science and Religion
  119. Patenting Logic, Mathematics or Logarithms? The Case of Computer-Assisted Proofs
  120. Patenting Logic, Mathematics or Logarithms? The Case of Computer-Assisted Proofs
  121. Probability, History of
  122. Bayesian Versus Frequentist Statistical Reasoning
  123. Chatterbox Challenge as a Test-Bed for Synthetic Emotions
  124. Thinking Machines and the Philosophy of Computer Science
  125. Computational Epistemology and e-Science: A New Way of Thinking
  126. Handbook of Research on Synthetic Emotions and Sociable Robotics
  127. APUNTES EPISTEMOLÓGICOS A LA E-CIENCIA
  128. Hypertextual Thoughts
  129. Alife in the Classrooms: an Integrative Learning Approach
  130. Choosing between different AI approaches? The scientific benefits of the confrontation, and the new collaborative era between humans and machines
  131. An Epistemological Analysis of QSPR/QSAR Models
  132. Seeing for Knowing
  133. Embodying Cognition
  134. The Ethical Challenges of Synthetic Biology
  135. Modelling Hardwired Synthetic Emotions
  136. Seeing for Knowing: The Thomas Effect and Computational Science
  137. Qualia Learning?
  138. Modelling Hardwired Synthetic Emotions
  139. Modelling Hardwired Synthetic Emotions
  140. Emotions and Social Evolution
  141. Embodying Cognition: A Morphological Perspective
  142. Embodying Cognition
  143. Chatterbox Challenge as a Test-Bed for Synthetic Emotions
  144. An Epistemological Analysis of QSPR/QSAR Models
  145. Emotions and Social Evolution:
  146. The Evolutionary Role of Emotions
  147. The Hidden Hunter Paradox
  148. A Review of Main Architectures
  149. AI and Emotions
  150. Classic If/Then Emotions vs Bio-Inspired Models
  151. Contemporary Challenges
  152. Cultural Attitudes Towards Robots
  153. Emotional Affordances
  154. Emotioneering for Games, Avatars and Pornography
  155. From Kismet to Geminoids
  156. HRI and RRI
  157. Naturalizing Consciousness Emergence for AI Implementation Purposes
  158. The Basic Elements of Emotions
  159. The History of Affective Computing
  160. The Syntax of Emotions
  161. User's Interactions