About

I am an independent researcher working at the intersection of mathematics, theoretical physics, computational frameworks, and cognitive science. My work focuses on developing conceptual and structural models that offer alternatives to traditional assumptions in established scientific fields.

Over the years, I have published research spanning:

• Gravitation Theory – black holes without singularities, reinterpretation of infinity
• Mathematics / Computation – REIST Division and arithmetic reduction frameworks
• Cognitive Science – the Petra Principle, expert-level cognitive saturation
• AI-Augmented Reasoning – human–AI interaction models in high-complexity settings
• Scientific & Philosophical Fiction – narrative explorations in speculative universes

My work is guided by several core principles:

• Conceptual minimalism — reducing complex systems to the fewest necessary assumptions
• Structural clarity — theories must reveal underlying mechanisms
• Theoretical independence — enabling original conceptual development
• Open dissemination — research should be accessible and reproducible