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Mathematical model for 3D perception from 2D data, exploring geometric spectra and eigenstates. Proposes a framework for understanding consciousness through higher-order universality and information processing.
Explores the connection between brain energy efficiency, creativity, and consciousness, proposing quantum processes in neural operations as key to human cognitive abilities.
Exploring the reliability of subjective consciousness measures through introspection types and evaluating the Perceptual Awareness Scale.
Exploring quantum mechanics' challenge to local agency and objectivity through experimental metaphysics, with implications for understanding consciousness and the nature of observers.
Explores diagonal arguments against algorithmic consciousness, challenging Penrose's conclusions on machine consciousness and simulation of human mathematicians through question-answering systems and indexical function individuation.
Explores three mathematical approaches to consciousness: quantum consciousness, IIT, and large-scale dynamic systems simulation. Analyzes strengths, weaknesses, and alignments to promote high-level dialogue on the hard problem.
Groundbreaking research on a quantum physical effect potentially linked to consciousness, using a novel photoelectronic device to measure light wave interference near the body during different states.
Exploring a physical hypothesis for free will and consciousness based on quantum processes in the brain, distinguishing human cognition from AI through perception of parallel worlds.
Exploring model templates as a tool for analyzing consciousness theories, focusing on the free energy principle and its application across disciplines.
Explores quantum instrument models in cognitive science, explaining non-Bayesian belief updates in the "question order effect" while maintaining response replicability, challenging previous quantum approaches.
Explores how cognitive capabilities, subjective experience, and macroscopic perception lead to geometric worldviews in organisms, using qualia-based measurement spaces and topological concepts.
Exploring mathematical approaches to phenomenology within a process framework, bridging subjective experiences and objective analysis for a comprehensive understanding of consciousness.
Explores how consciousness may be fundamental, challenging traditional views of reality and perception through scientific findings and proposing a new framework for understanding the physical world.
Explores the distinction between simulating and instantiating consciousness, using the free energy principle to analyze the difference between weak and strong artificial consciousness.
Philosophical exploration of the Fitness-beats-truth theorem, examining veridicality, mathematical representation, and potential self-refutation in the context of perceptual and cognitive models.
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