Where Artificial Intelligence Becomes Measurable

AIscienceAI advances AI evaluation, artificial memory modelling, and the Artificial Age Score framework through rigorous, measurable research.

Research Platform

AIscienceAI develops research-driven approaches for studying artificial systems through measurable frameworks, structured analysis, and formal evaluation methods.

The platform is designed to make complex AI questions clearer through careful modelling, conceptual precision, and accessible scientific communication.

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Core Research Focus

Artificial Age Score

The Artificial Age Score (AAS) is a framework for analysing artificial memory, recall consistency, redundancy, entropy, and structural transformation in AI systems.

AI Evaluation

AIscienceAI studies how artificial systems behave, change, remain consistent, or become unstable across repeated interactions and use cases.

Artificial Memory Modelling

The platform examines how AI systems retain, recall, distort, or reorganise information over time.

Simulation-Based Methodology

AIscienceAI uses simulation, mathematical reasoning, and structured modelling to study artificial behaviour and AI-related outcomes.

Research Methodology & Framework Design

The platform develops conceptual models, scoring structures, evaluation logic, and methodological frameworks for AI-focused research.

Research Cartoons

AIscienceAI also uses research cartoons and visual storytelling to communicate ideas about artificial intelligence, academic life, publication culture, and scientific thinking.

Artificial Age Score (AAS)

Rather than measuring artificial systems through chronological time, AAS focuses on structural change: how memory behaviour, recall accuracy, redundancy, entropy, and response consistency evolve across repeated interactions.

This makes AAS a framework for studying artificial ageing, transformation, and memory degradation in a measurable way.

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Research Direction

  • AI evaluation
  • Artificial memory modelling
  • Artificial Age Score applications
  • Redundancy-adjusted scoring
  • Simulation-based methodology
  • Metamorphic inconsistency analysis
  • Human–AI and human–robot evaluation
  • Research methodology and framework design
  • Scientific communication and research cartoons
Abstract data visualization representing the Artificial Age Score framework

Research Lead

AIscienceAI is developed by Seyma Yaman Kayadibi, an Australia-based mathematician, AI researcher, and developer of the Artificial Age Score framework.

Digital research interface representing AI research direction

Collaborations

AIscienceAI is open to selected research collaborations, framework discussions, AI evaluation projects, and scientific communication initiatives.

Abstract systems map representing research collaboration

Contact

For research collaboration, framework discussions, and project inquiries, contact AIscienceAI.

Contact

For research collaboration, framework discussions, and project inquiries, contact AIscienceAI.