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Nika Novak

Independent Researcher

SCHOLARLY PAPERS

4

DOWNLOADS

65

TOTAL CITATIONS

0

Ideas:
“  I am currently developing Human System Architecture (HSA), a foundational framework for describing the human subject as an integrated system of attention, agency, and observer continuity in the context of advanced artificial intelligence. My research focuses on Attention Mechanics as an operational layer, compensation and delegation loops, and the human–AI relationship as a coupled regulatory system.  ”

Scholarly Papers (4)

1.

Attention as a Physical Operator: An Introduction to the Theory of Dense Perception

Number of pages: 13 Posted: 06 Jan 2026
Nika Novak
Independent Researcher
Downloads 24 (1,399,036)

Abstract:

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Attention Mechanics, Dense Attention, Predictive Processing, Bayesian Precision, Entropy Reduction, Phenomenology of Perception, Embodied Cognition, Probability Modulation, Conscious Systems, Alignment and Synchronicity

2.
Downloads 19 (1,470,786)

Abstract:

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Attention Mechanics, Precision Weighting, Predictive Consciousness, Fractal-Holographic Systems, Ontological Compilation, Identity Parameterization, Reality Construction, Systems Architecture, ICAM, Consciousness Modeling

3.

Human System Architecture: The Architecture of Subjectivity and Attention in the Age of Intelligent Machines

Number of pages: 13 Posted: 04 Mar 2026
Nika Novak
Independent Researcher
Downloads 16 (1,500,778)

Abstract:

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Human System Architecture, Attention Mechanics, Subjectivity, Observer, Agency, Cognitive Architecture, Consciousness Studies, Systems Theory, Artificial Intelligence, AI Alignment, Coupled Human–AI Systems, Distributed Agency, Attention as Operating System, Cognitive Control, Observer-Centered Architecture, Self-Regulation, Responsibility and Agency, Philosophy of Mind, Computational Cognition, Cybernetics

4.
Downloads 6

Abstract:

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Falsifiability, Pre-Registration, Memory Reconsolidation, Trauma Treatment, Psychological Change, Intervention Sequencing, Active Inference, Precision-Weighting, Predictive Processing, Order-Dependence